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NewWorldRecord 01 Feb 2006 - 00:37 CatherineJohnson


...set here at Kitchen Table math for most wrong answer:


#14, KUMON Math sheet F111b

My answer: 66 2/3

Correct answer: 1/3


If it's not a world record, it's definitely a personal best.


-- CatherineJohnson - 01 Feb 2006



comments...


SmartestTractorOnTeachingAlgebra 01 Feb 2006 - 02:49 CarolynJohnston

Catherine dared our contributor SmartestTractor to write up a brief description of her teaching methods -- which are inspired partly by the Carol Gambill method -- and she actually did! Like Matt Goff, she is very aggressively checking her kids' understanding of the previous night's homework every class period -- doing constant assessments of their understanding -- but there are some differences.

from Smartest Tractor:

I started using the Gambill Method this year. Unfortunately, the textbook I use does not have the answers in the back of the book. I have created solution pages and I put them on-line for the kids to look up.

I have attached the one of the files. I am looking for suggestions.

Is it clear? Easy to follow? Too cluttered? Should the solutions have a written explanation beside each line of the equation? As a parent, would this be useful or useless when trying to help your child?

[snip]

I teach grade eight English, math, history, geography, physical education, health, visual arts, and science in a JK to 8 school.

[snip]

The Gambill Method has been a rather interesting, and effective, strategy in my classroom. Needless to say, the kids have never been exposed to the idea. I really messed up the other day when I tried to combine two ideas, like terms and the distributive property, into one day. We went over Thursday's lesson again (Lesson Nine - Solving Equations in More Than One Step). [ed. note: ktm contributors have been discussing formative assessment. Smartest Tractor is using daily formative assessment, in the form of a brief quiz, to discover whether her students grasped the previous day's lesson.]

The current results for the unit (pdf file).





Smartest Tractor In a Nutshell. (pdf file)

also see:
Smartest Tractor's Solution Key (pdf file)
Algebra to date(pdf file)




Rory Donaldson at brainsarefun.com

Smartest Tractor links to Rory Donaldson, who has this to say about Carol Gambill:

In all my years of teaching I have only met one teacher, Carol Gambill, who thoroughly understood the effectiveness of "solution keys."

Solution keys are not the same as "answer keys." A real solution key does not skip any of the steps required to reach the final answer. Solution keys never try to trick the student, or force the student to fill in missing gaps, or require the student to extrapolate. Solution keys provide the student with an ideal solution, every step spelled out.

When creating solution keys the teacher must sit down, and with pencil in hand, thoroughly write down every step required to solve the problem. What ends up on the page are the steps students are required to take to successfully solve the problem, with written comments under each step, or off to the side, adding explanation.

Let me see if I can create both a good and bad example.


Problem: Jerry and Jenny have $1.50 in cash. Jerry has twice as much as Jenny. How much does each have?

solutionkey.jpg


The reason that solution keys are ignored is that they require a lot of extra work on the part of the teacher. However, they are very effective when used with homework. Armed with solution keys, and problems that follow the solution keys step by step, students have a great deal of success. Little is more frustrating than the modern crop of textbooks that present no solution keys, and then a bunch of unrelated and dissimilar problems. The work is left to the teachers who really want to consider themselves "good."




Carol Gambill method in a nutshell
brainsarefun.com
Smartest Tractor's algebra class In a Nutshell
Smartest Tractor's Solution Key for students & parents
Smartest Tractor's current results for the unit

formative assessment: Black & Wiliam recommendations
formative assessment: summary of principles



-- CarolynJohnston - 01 Feb 2006



comments...


GoodAdvice 01 Feb 2006 - 13:55 CatherineJohnson


I was just straightening up my computer files, and I came across this piece of fantastic advice on how to work word problems in algebra.

Unfortunately, I didn't record the author of this advice.

I think this is the text of an email Carolyn's husband, Bernie Johnston sent me back before we started writing ktm. But it may have been posted by Steve....(I'm inclined to think it's Bernie, not Steve, because Steve prefers 'isolate the variable' to 'undo what's been done to X,' assuming I read his response to Carolyn's post on the subject correctly.)

I'm sure one of them will recognize this. [update: Bernie wrote it]

This reminds me of a thought I had last week. For many many algebraic or calculus computations I have a phrase that runs through my head and tells me how to proceed. If I forget what to do I simply conjure up that phrase in my head. When I've tried to tutor people I've noticed that they frequently get stuck at exactly the point where the phrase would be useful but they have no phrase in their heads. When I think back upon where the phrase came from I realize that in many cases it came from my high school algebra teacher.

For example, when you start an algebra word problem, it's very difficult to know where to begin. There are a lot of words and the potential complexity of the problem is enormous. If you spend a lot of time using the front part of your brain to search for an appropriate path you may never find it. The phrase "when you don't know something, give it a name" is essentially the secret of algebra. This allows you to mentally grasp a particular thread of the problem which you can then follow through to the proper conclusion: the problem space has been cut way down in size.

Another one he gave me:

"When you have an equation with variables on the bottom, clear the denominators".

"Put the x's on one side and the numbers on the other."

"Undo whatever has been done to x."

These phrases are not singing rhymes but they are quite useful. The idea that certain procedures must be memorized or learned by rote is highly unfashionable these days but I think absolutely necessary.




words to remember

When you don't know something, give it a name.

When you have an equation with variables on the bottom, clear the denominators.

Put the x's on one side and the numbers on the other.

Undo whatever has been done to x.



words to remember from Vlorbik

Include the units.

Word problems have word answers.




V is right; including the units & writing word answers to word problems this is a VERY good habit to get into, right up front. I'm forcing myself to remember to do this.

Interestingly, Christopher isn't hugely resistant to including the units. I thought he would be, because he's resistant to everything.

Just goes to show how distant the middle-school brain is from the grown-up brain. Christopher seems to view 'including the units' as Obviously Something A Person Should Do.

I wonder if it's the relative hyperspecificity of the child's brain. He may feel like an answer of '5,' when what is meant is '5 cents,' really truly isn't 5 cents.

Don't know.


2582439.gif



key words: good advice on algebra word problems good advice on how to solve algebra word problems
understanding basic algebra moves (& Comments)
good advice on solving algebra word problems

-- CatherineJohnson - 01 Feb 2006



comments...


AndyBlogDog 01 Feb 2006 - 20:40 CatherineJohnson


Andyblogdogsmall.jpg



Andrew's been creating lots of tableaus lately, and I've been failing to record them.

At least I've captured this one, which is actually a (close) recreation of the real one he had waiting for us this morning. The only thing different here is the hat; I don't know what he did with the white baseball cap the dog was wearing in the a.m.

Maybe some other blogging animal is wearing it.


-- CatherineJohnson - 01 Feb 2006



comments...


ProductivityQuestion 01 Feb 2006 - 23:07 CatherineJohnson


I'm being so productive today that naturally I got surfing the web looking at websites about productivity

Which led me to 3 things:

  • Quicksilver this appears to be a staggeringly productivity-enhanding "app" for Mac users that will change my life



gtd-php is the thing I'm really interested in, so here's my question:

Am I likely to have and/or be using already MySQL and Apache?

And how would I know?

This is supposed to be a 'Getting Things Done Lite' website for people who feel overwhelmed by the prospect of going whole hog.

Doesn't seem all that lite to me at the moment, but maybe I'm wrong.



Gantt charts & PERT charts; also some reputedly cool software for drawing Gantt charts on Macs


Larsonproductivity.jpg




some books that have changed my life
the answer to all of Doug's problems
productivity question
what is an hour? Time Timers
Steve & Susan J & Doug on spiralling curricula
my Time Timer came - how long is a nap?
Time Timer says no!



-- CatherineJohnson - 01 Feb 2006



comments...


WrongAnswer 02 Feb 2006 - 00:20 CatherineJohnson


More fun with Prentice-Hall.


Find the missing measure.

8. a triangle
A = 28 m2
b = 7 m
h = 

The Teacher's edition says the answer is 8 m


[pause]


oh wow

i'm tired

this answer is correct

he**

I have two pages left to go on the gazillionth revision of our Very-Short proposal, which in theory I ought to be able to do NOW......but if I can't tell that 1/2 of 56 is 28, I better hang it up.

This can only mean one thing.

It's time to go torture myself with today's packet of KUMON fractions.



projectcompleted.jpg



-- CatherineJohnson - 02 Feb 2006



comments...


MilgramStatementToCongress2000 02 Feb 2006 - 00:32 CatherineJohnson

I am honored to be here today and to be able to share my observations on the state of mathematics education in this country with the distinguished members of the Committee on Education and the Workforce.

The K - 12 teachers in this country are dedicated professionals, deeply committed to teaching our children. They persevere in the face of difficult conditions and low pay. I have the utmost respect for them. But all too often, their knowledge of mathematics is extremely superficial, and when this happens they are easily swayed by trendy and unproven programs which typically offer a superficial treatment of the subject, leading to weak backgrounds in their students.

Perhaps a local parent described this situation best when she wrote me recently that the curriculum was getting fuzzier and fuzzier, and she "concluded that by and large most teachers support it because it makes them feel OK about math - they understand language, not symbols." She continues, "I cannot tell you how many times I have heard from administrators and teachers, how, if they had had "this" math when they were in school, perhaps they, too, would have been perceived as a `math person'."

I am a research mathematician, and research in esoteric areas of mathematics is essentially all I did besides teaching graduate and undergraduate classes in mathematics at Stanford until four years ago.

Two things obligated me to spend much of my time for the last three years studying issues related to K - 12 mathematics.

The first was some courses I gave in New Mexico, where I had too many bright, very highly motivated students in my mathematics classes whose third rate K - 12 educations in mathematics could not be overcome no matter how hard these students were willing to work.

The second came from the Presidential Commission designing Clinton's proposed national eighth grade mathematics exam. The commission - including many of the foremost math education specialists in the country - distributed a list of 14 proposed problems. I and my colleagues at Stanford were amazed to find that 3 of the problems had serious errors.

One was so ill posed that it could not be solved. One had an incorrect solution included with it.

We later testified to the Clinton commission about these difficulties, and it became clear that the level of mathematical understanding on the part of the mathematics educators on this panel was unimpressive.

There is a distinction between math educators who are primarily interested in questions involving education, and mathematicians who know about mathematics. While educational issues are unquestionably important there has been a tendency recently to focus on educational questions at the expense of mathematics content. I was disturbed when I realized that it is these people who are determining the mathematics that our children learn in school. I was especially disturbed in view of the dramatic drop in content knowledge that we have been seeing in the students coming to the universities in recent years.

Since 1989 the percentage of entering students in the California State University System - the largest state system in the country - that were required to take remedial courses in mathematics have increased almost 2 1/2 times from 23% in 1989 to 55% today. And CSU admission is restricted to the top 30% of California high school graduates! This failure has important consequences for the nation. Although large numbers of US students entering the universities say they are interested in majoring in technical areas, very few actually get such degrees today.

The total number of technical degrees awarded to US citizens recently is approximately 28,000 yearly, while there are currently about 100,000 new jobs in these areas each year. Last year congress had to mandate an additional 142,000 new work visas for technically trained people, and these visas were used up by June 11, 1999, so great was the demand.

A large part of the blame rests with mathematics programs of the type recommended by the Department of Education recently as exemplary or promising.

All but possibly one of the programs in the list recommended by the Department of Education, represent a single point of view towards teaching mathematics, the constructivist philosophy that the teacher is simply a facilitator. Standard algorithms for operations like multiplication and division are not taught, but students are advised to construct their own algorithms. At all stages hand held calculators are used for arithmetic calculations. There are no means for students to develop mastery of basic arithmetic operations. Algebra is short-changed as well.

These programs all are designed to closely align with the 1989 NCTM Mathematics Standards: standards which explicitly embody all the principles above, and specifically require that skills in algebra be downplayed. Indeed, the co-chairman of the Department of Education Expert Panel on Mathematics, Steven Leinwand, recently stated that the curricula endorsed by the Department of Education "create a common core of math that all students can master." Not material that all students NEED to know or SHOULD master, imply material that HE believes all students can learn. (Incidently, Department of Education statistical analysis - C. Adelman, 1999 - show that success in algebra in high school is the single most important predictor of degree attainment in college.)

The high school programs, Core-Plus and IMP, both place heavy emphasis on topics such as discrete mathematics at the expense of basic algebra, and do not come near the level indicated in e.g., the new California Standards for most of the topics there.

However, programs such as these are completely consistent with the previous California Mathematics Standards. Consequently, at least three of them, CPM, Mathland and IMP, have been in wide use in California for up to 10 or more years. (MathLand and IMP were developed in the late 1980s at the same time that the 1989 NCTM Standards were being developed, and were introduced into California Schools by 1989.)

Recent studies of the SAT mathematics scores of high schools which use IMP showed a consistent and significant decline over the last ten years.

Moreover, high schools that use IMP in California scored below the state means, and those that expressed satisfaction with the program scored, on average, 10 points lower than those which were dropping the program or otherwise were dissatisfied with it.

It was the introduction of CMP and TERC (another NSF funded curriculum published by Dale Seymour -- designed for grades K - 5) in the Palo Alto school system that sparked the initial parental revolt which became the California Mathematics Wars.

It was the introduction of Everyday Mathematics in the Princeton Township School District, which led to the parental revolt in Princeton. This led to the involvement of a number of faculty members in both mathematics and physics at Princeton University and the Institute for Advanced Study in Princeton in trying to reform mathematics teaching in the district.

It was the use of TERC in one school system in Massachusetts, which prompted numerous members of the Harvard Mathematics Department to sign the open letter to Secretary Riley.

The support for these programs in the Department of Education is ultimately the responsibility of the Education and Human Resources Department, EHR, at the National Science Foundation. EHR funded the development of at least six of the "exemplary and promising" programs.

It is also probably worth noting that at the present time there is no valid research which shows that any of the programs of this type are effective.

At least equally important are the Systemic Initiatives funded by EHR, which have the objective of pushing the districts where these initiatives are awarded to adopt curricula in mathematics which align with the 1989 NCTM Mathematics Standards.

In California, there is one systemic initiative from EHR still functioning, a grant to Los Angeles Unified School District, LAUSD, the nations second largest district with 711,000 students. The people involved in this initiative resisted attempts to change the system in place there, while similar districts such as Sacramento Unified began to make major changes.

Two years ago, the two districts had equally bad scores - around the thirtieth percentile - on the California Statewide mathematics exams. This last year LAUSD had essentially the same score as previously while the Sacramento Unified scores jumped dramatically, particularly in the lower grades, due to their shift away from whole language and constructivist math.

Incidentally, I had been told two years ago that getting a grant from EHR in a mathematics related area required that one buy into the list of ideas discussed above. As a test of this I obtained all the (over 4000) abstracts for the last 9 years from EHR for awarded grants that involved mathematics.

I tested a random sample of about 200 for a few key phrases such as NCTM Standards, group learning, and discovery learning. All but four of them contained at least one of these phrases.

In conclusion, I believe that the sad state of mathematics education among high school graduates in this country is primarily the responsibility of two agencies: the Department of Education and Human Resources at the NSF, and the Department of Education. The programs they develop and push simply set too low a standard.


Written Testimony of R. James Milgram February 2, 2000




tp_rule.gif




Written Testimony of R. James Milgram February 2, 2000, summary points

  • "I cannot tell you how many times I have heard from administrators and teachers, how, if they had had "this" math when they were in school, perhaps they, too, would have been perceived as a `math person'."

  • Two things obligated me to spend much of my time for the last three years studying issues related to K - 12 mathematics.

  • The first was some courses I gave in New Mexico, where I had too many bright, very highly motivated students in my mathematics classes whose third rate K - 12 educations in mathematics could not be overcome no matter how hard these students were willing to work.

  • The second came from the Presidential Commission designing Clinton's proposed national eighth grade mathematics exam. The commission - including many of the foremost math education specialists in the country - distributed a list of 14 proposed problems. I and my colleagues at Stanford were amazed to find that 3 of the problems had serious errors.

  • There is a distinction between math educators who are primarily interested in questions involving education, and mathematicians who know about mathematics

  • it is [math educators, not mathematicians] who are determining the mathematics that our children learn in school.

  • I was especially disturbed in view of the dramatic drop in content knowledge that we have been seeing in the students coming to the universities in recent years.

  • Since 1989 the percentage of entering students in the California State University System - the largest state system in the country - that were required to take remedial courses in mathematics have increased almost 2 1/2 times from 23% in 1989 to 55% today

  • Although large numbers of US students entering the universities say they are interested in majoring in technical areas, very few actually get such degrees today.

  • The total number of technical degrees awarded to US citizens recently is approximately 28,000 yearly, while there are currently about 100,000 new jobs in these areas each year. Last year congress had to mandate an additional 142,000 new work visas for technically trained people, and these visas were used up by June 11, 1999, so great was the demand.

  • All but possibly one of the programs in the list recommended by the Department of Education, represent a single point of view towards teaching mathematics, the constructivist philosophy that the teacher is simply a facilitator

  • There are no means for students to develop mastery of basic arithmetic operations. Algebra is short-changed as well.

  • These programs all are designed to closely align with the 1989 NCTM Mathematics Standards: standards which explicitly embody all the principles above, and specifically require that skills in algebra be downplayed.

  • the co-chairman of the Department of Education Expert Panel on Mathematics, Steven Leinwand, recently stated that the curricula endorsed by the Department of Education "create a common core of math that all students can master." Not material that all students NEED to know or SHOULD master, imply material that HE believes all students can learn

  • The support for these programs in the Department of Education is ultimately the responsibility of the Education and Human Resources Department, EHR, at the National Science Foundation. EHR funded the development of at least six of the "exemplary and promising" programs

  • Recent studies of the SAT mathematics scores of high schools which use IMP showed a consistent and significant decline over the last ten years.

  • I had been told two years ago that getting a grant from EHR in a mathematics related area required that one buy into the list of ideas discussed above. As a test of this I obtained all the (over 4000) abstracts for the last 9 years from EHR for awarded grants that involved mathematics.

  • I tested a random sample of about 200 for a few key phrases such as NCTM Standards, group learning, and discovery learning. All but four of them contained at least one of these phrases.



tp_rule.gif



On Evaluating Curricular Effectiveness: Judging the Quality of K-12 Mathematics Evaluations (2004)
National Research Council

Executive Summary, page 3

Under the auspices of the National Research Council, this committee’s charge was to evaluate the quality of the evaluations of the 13 mathematics curriculum materials supported by the National Science Foundation (NSF) (an estimated $93 million) and 6 of the commercially generated mathematics curriculum materials (listing in Chapter 2).

The committee was charged to determine whether the currently available data are sufficient for evaluating the effectiveness of these materials and, if these data are not sufficiently robust, the committee was asked to develop recommendations about the design of a subsequent project that could result in the generation of more reliable and valid data for evaluating these materials.

[ellipsis]

The Quality of the Evaluations

These 19 curricular projects essentially have been experiments. We owe them a careful reading on their effectiveness. Demands for evaluation may be cast as a sign of failure, but we would rather stress that this examination is a sign of the success of these programs to engage a country in a scholarly debate on the question of curricular effectiveness and the essential underlying question, What is most important for our youth to learn in their studies in mathematics? To summarily blame national decline on a set of curricula whose use has a limited market share lacks credibility. At the same time, to find out if a major investment in an approach is successful and worthwhile is a prime example of responsible policy. In experimentation, success and worthiness are two different measures of experimental value. An experiment can fail and yet be worthy. The experiments that probably should not be run are those in which it is either impossible to determine if the experiment has failed or it is ensured at the start, by design, that the experiment will succeed. The contribution of the committee is intended to help us ascertain these distinctive outcomes.

[ellipsis]

The charge to the committee was “to assess the quality of studies about the effectiveness of 13 sets of mathematics curriculum materials developed through NSF support and six sets of commercially generated curriculum materials.”

[ellipsis]

In response to our charge, the committee finds that:

The corpus of evaluation studies as a whole across the 19 programs studied does not permit one to determine the effectiveness of individual programs with high degree of certainty, due to the restricted number of studies for any particular curriculum, limitations in the array of methods used, and the uneven quality of the studies.

source: On Evaluating Curricular Effectiveness: Judging the Quality of K-12 Mathematics Evaluations (2004)
National Academies Press
Mathematical Sciences Education Board (MSEB)
Center for Education (CFE)
available online or purchase, pages 3 & 188




learning a year or more of math in 2 months
James Milgram on long division & lag time in math learning
NYU math major



-- CatherineJohnson - 02 Feb 2006



comments...


WhatIsAnHour 02 Feb 2006 - 19:32 CatherineJohnson


Google Master just asked a question:

I saw the Time Timers when you posted about them previously, and I visited the website, but I still don't understand the purpose of a Time Timer???


I'm glad you asked!

I'd been seeing Time Timers in special needs catalogues forever, and they always looked cool.

They are also expensive. Just like everything else in special needs catalogues. The kind of toy you pick up for ten bucks at Toys R Us will set you back 50 when you buy its slightly adapted version from a special needs outfit.

People say it's a Market Thing, but I have my doubts.

I think it's a School Funding thing, just like textbooks. Schools have to buy stuff from these outfits & taxpayers have to pay for the stuff, so when it comes to pricing the sky's the limit.

I could be wrong.

In any case, it used to make me nuts trying to scrape together a few hundred dollars to buy the Boardmaker pictures all schools & special ed programs universally use for their 'PECS' (Picture Exchange Communication System) pictures because there wasn't anything else out there. The pictures were wretched, and had 'jaggies' all over the place ('jaggies' are the jagged edges that show up on curved lines drawn on a computer).*

Jimmy couldn't tell what they were at all.

I wish I could find the Boardmaker image for underarm. It was outrageous. An abstract jaggie-edged-computer drawing of a torso with no head and no stomach and one arm raised up (no forearms or hands, either). Very informative.

Here's a good one:


PECS.jpg



So take Jimmy, a kid with severe autism, a kid who can't read & who's squinting and not making eye contact and never looking directly at anything, and hand him one of these card, and he's supposed to see what?

No breaking things?

That's what got me off on my Great Clip Art Quest. I spent about 6 months of my life ferociously tracking down every last bit of decent, free clip art the internet had to offer, in hopes I'd have some images that actually made sense. I just wish I'd known Google Master back then.

Andrew, on the other hand, was a freaking PECS genius. He could understand any wonky jaggie-edged piece of lousy computer drawing you threw at him. I remember one time, when he was 4 & we'd just moved to Westchesteer, he went to the refrigerator where I had the PECS cards taped up and pulled off the Boardmaker picture representing 'hot tub,' because it was getting to be spring, and he wanted to go in the hot tub!

Very few adults would have known that picture represented hot tub if they hadn't been able to read the label, but he took one look at it and went: HOT TUB. I WANT IT. (Who knows. Maybe he read the label, too.)

Here's a photo of a child with his PECS system:


komunikation_01.jpg


And here's a nice, large image of a PECS board.




back on topic

So, Time Timers.

I got thinking about the Time Timers again when I read The Organized Student by Donna Goldberg.

She has an interesting chapter on time management that struck me as probably sensible:


[In order to manage time well one must have] an ability to accurately gauge how long things take: What does an hour feel like and how much can I really accomplish in that time?

[snip]

Unfortunately, time management is not part of the school curriculum. In fact, many adults still feel like they're playing catch-up for the same reason that so many students feel left behind: no one ever taught them how to manage their time. This is a basic skill that should be taught just like reading, writing, and arithmetic....Many children can tell you that it's 12:30 and time for lunch, but they cannot gauge how long it will take them to eat or how much time they have left before the next class begins, just as many adults know what time an appointment is, but don't leave enough time to get there or forget to account for traffic. [ed.: or, umm, in my case, leave at the last possible moment and PRAY the traffic will cooperate]

Most adults actually have the skill of the average third grader when it comes to understanding time. By the age of nine, our education in the field of time is effectively over; once you can distinguish betewen the big hand and the little hand, you're on your own. You may not have the opportunity to learn time management skills until your company hires a corporate consultant to teach you and your colleagues how to increase efficiency through time management. [ed.: OBVIOUS HONKING RELEVANCE TO SPIRALLING CURRICULA ] Employers make the investment because...if they can train their employees to do more work in less time the company will profit. If we as parents and teachers are willing to make that same investment in our children, imagine how much they will profit, both in school and beyond.


The Struggle Today

There are two reasons today's students are struggling with the concept of time even more than students did in past generations. The first is that children are being taught to tell time at an earlier age. What used to be taught in the second and third grades is now being introduced as early as kindergarten. Most children, however are not developmentally ready to understand the idea of time at the age of five...but once it's taught...the class moves one.

The second reason children are struggling more now is that they've grown up in the age of the digital clock...Time appears on a digital clock as a statement of "now." It says nothing about the past or future and it doesn't place the present time in the context of the hour or the day. When time has no context, it has no appreciable meaning. Conversely, an analog clock with a numbered face and moving hands shows the present time in relation to the past and future (before the hour and after the hour) and is broken down into increments (hours, minutes, and seconds) that work together to create a whole picture...Their understanding of time has no depth or movement, and they do not see time in relative terms, which makes it hard to gauge how long things take and to plan realistically.

[snip]

Kids who don't understand time, however, are usually overlooked and don't get the help they need. All through school they have difficulty meeting deadlines and completing their work. They are constantly rushing, often late, and frequently unprepared.



in a nutshell

  • kids lack time management skills because they lack time sense, period

  • telling time is taught at school; time comprehension is not (call for constructivists!)

  • kids today have 2 disadvantages making their time sense even worse than ours:

  • 1. they're taught to tell time too early

  • 2. they're surrounded by digital clocks




what is an hour?

Goldberg drew these ideas about time from the book About Dyslexia by Priscilla Vail, which apparently tracks dyslexic kids' difficulties grade by grade as they go through school.

I don't know whether Vail is right or wrong, but the idea intrigues me. One of the children I know who's most disorganized can't read an analog clock. This is a super-smart kid. Can't read analog time. Maybe it's a coincidence. Or maybe not.

As far as I know, the concept of 'hourly' time is pretty much an artificial construct; I don't think it's something we're born knowing, right.

In contrast, it does seem to me that 'day' and 'night' are built-in; probably something like winter and spring are, too.

Assuming that's true, 'what is an hour' probably ought to be taught directly like everything else.

Goldberg suggests various exercises, like having your child time one minute on a stop watch to see how long one minute actually is. (When I was a kid, we always found out how long one minute actually is by trying to hold our breath for a minute. Don't kids still do that?)

She also says kids need to learn how long various tasks take to do. That's important for a person like me who's constantly thinking she can 'whip things off.'

For instance, more than halfway through my second STUPENDOUSLY HUGE Saxon Math book, I actually do not know how long it takes me to do a full lesson.

I have a vague idea that it takes maybe 45 minutes. 45 minutes or less.

So I start doing a lesson at....10, when I'm already too tired to be doing math, including easy math.

Then at 11 I think: wow, this is taking a long time.

Pretty much the story of my life.

What I like about the Time Timer is that it 'times' time — you can actually see your allotted period of time disappearing. (ok, when I put it that way, I think: why don't we not and say we did?)

I'll probably use it for Christopher, Andrew, & me.



CU497.jpg

Time Timer website




*Now they've got smooth edges & the program costs $300. This is very primitive software we're talking about, or it was when I had to buy it. $300.


feature.jpg

Yes, I'd be happy, too if I were selling a lousy software package to financially strapped parents and captive school districts for three hundred bucks a pop.

I'll probably regret writing that.


0935493344.01._AA240_SCLZZZZZZZ_.jpg



some books that have changed my life
the answer to all of Doug's problems
productivity question
what is an hour? Time Timers
Steve & Susan J & Doug on spiralling curricula
my Time Timer came - how long is a nap?
Time Timer says no!



-- CatherineJohnson - 02 Feb 2006



comments...


BoyTroublePart4 02 Feb 2006 - 21:45 CatherineJohnson


Ed finally took a census in his class on nationalism.

60% girls, 40% boys. At NYU.

We're not talking low SES here, and we're not talking 'girl subject matter.' Girls didn't used to flock to courses on nationalism.

(I'm sorry if that annoys folks; I don't mean it to. I'm glad girls are taking courses on nationalism; I've managed to learn a little something about nationalism myself since 9/11. Nevertheless, 60/40 in a history course on nationalism isn't what you'd expect.)



random factoid for the day

from It's Payback Time by Cathy Young, an article about Christina Hoff Sommer's book The War Against Boys:

More male students are "disengaged" from school, says the author, and they are pessimistic about their prospects. While boys, on average, maintain an edge on the Scholastic Assessment Test (SAT), this is largely due to the fact that more girls from disadvantaged backgrounds take the SATs, because more of them go to college. (Overall, 55 percent of bachelor's degrees awarded in 1996 -- and 64 percent for African-Americans -- went to women.) On standardized tests taken by all schoolchildren, girls are narrowing the gender gap in math and science while boys continue to lag behind, by a much wider margin, in reading and writing.




competitive versus cooperative learning

Then there's this, from an unedited preprint of SEXUAL SELECTION AND SEX DIFFERENCES IN MATHEMATICAL ABILITIES by David C. Geary:

It was also suggested that sexual selection operated to make males more competitive than females, and, as such, might influence how boys and girls perform, in mathematics and other academic areas, in competitive and cooperative classroom environments. In keeping with this view, is the finding that the mathematical achievement of girls is the highest in cooperative settings (e.g., problem solving small groups); the performance of boys, however, drops in these setting (Peterson & Fennema 1985). Similarly, the mathematical achievement of girls drops in competitive classrooms, while the achievement of boys improves slightly.


This phenomenon was on vivid display in my Singapore Math class last fall.

There were 5 boys and 1 girl, and the boys loved to compete.

The girl couldn't stand it. She would flat-out refuse to do timed worksheets. The whole idea made her super nervous. And she was a serious math brain.

I'm working with her mother & her now, because the mom loves the Singapore Math approach & wants to learn it herself. She also wants her daughter to master her math facts, and asked me to bring timed worksheets.

Turns out her daughter can't stand doing a timed worksheet even without any other kids around! It just makes her too nervous. She freezes up.

I told her just to forget about the time, and do the problems. When she calmed down enough to get started, she did great. She needs practice, of course, but she's as speedy as any of the boys were, or close to.

Time pressure just doesn't work for her.



otoh: is fuzzy math good for boys?

from Gender and Mathematics by Elizabeth Fennema, a researcher who characterizes her career thusly:

My entire professional career has been predicated on the belief that women deserve equity with men in all walks of life, and that belief has informed a significant part of my scholarly activities, particularly in the area of gender and mathematics. I have always believed that I can learn how to better facilitate the learning of mathematics by females through research.


Here she is on research she did in the 90s:

One extensive study, Cognitively Guided Instruction (CGI) [ed.: thanks to Charles for the link], was done by Tom Carpenter, me, and several others (Fennema, Carpenter, Jacobs, Franke, & Levi, 1998). In a 3-year longitudinal study we studied teachers and their students as they progressed from Grade 1 through Grade 3 (Fennema, Carpenter, et al., 1998). Once or twice each year, children who had learned their mathematics in CGI classrooms, were asked to solve a variety of problems (number facts, addition/subtraction word problems, non-routine, and extension problems) and to report how they solved the problems. We found no gender differences in correctly solving number fact, addition/subtraction, or non-routine problems throughout the three years of the study. This finding was in agreement with literature where it has been widely reported, as well as believed, that gender differences do not emerge until early adolescence. In our study, however, each year from Grade 1 to Grade 3 we found strong and consistent gender differences in the strategies used to solve problems, with girls tending to use more concrete strategies like modeling and counting and boys tending to use more abstract strategies that reflect conceptual understanding. In other words, the mental processing of boys and girls were different, and we also found some significant achievement differences in solving extension problems.

By the end of the third grade, the girls used more standard algorithms than did the boys. On the problems that required flexibility in extending one’s problem solving procedures, boys were more successful than were girls. The ability to solve the extension problems in the third grade appeared to be related to the use of invented rather than procedural algorithms in earlier grades, as both girls and boys who had used invented algorithms early were better able to solve the extension problems than those who had not.



So I guess it all comes out in the wash.

Boys do worse in all the small-group collaborative problem-solving confabs, but end up with admirably extended problem solving procedures in the 3rd grade anyway, while the girls are busy Following the Rules CGI was attempting to teach them to ignore.....6 of one, half dozen of the other.

I guess.

I haven't read either of Fennema's papers, but I've added them to The List.



story.jpg




USA Today report on 135:100 boys:girls ratio in college
sexism in Everyday Math
invisible boys
boy trouble (New Republic on boys)
slacker boys, middle school, & forbidden positive images of boys in textbooks
throw rocks at them
please remain seated at all times
Ann Althouse thread sums up classroom change
cooperative vs. competitive learning
the girl show (8th grade graduation awards)
the boy show (character ed)
the other boy show
Where the Boys Aren't

letter from Robert Lerner, former commissioner NCES
Tom Mortenson's research
The Boys Project board
for every 100 girls —


-- CatherineJohnson - 02 Feb 2006



comments...


NoCommentPart3 03 Feb 2006 - 00:45 CatherineJohnson





I'll Take Retention For 500, Alex




tp_rule.gif



update from Janet at 'Art of Getting By'

Since I am the author of the post, I feel like I need to respond. I actually welcome questions like this to be made directly on my blog or to me because I am very open to answering them, no speculation needed.

Google Master was right. No one had to memorize anything. The test was assessing the skill of how to read a simple map. All the children had to do was count pictures. They also had to know a little bit about a compass. That was it.

As for this test itself, it might seem harsh, but this is precisely the kind of questions they need to answer on the NJ Ask and tests just like it all across the country. I'm not saying that sometimes some of the material isn't tough sometimes but this is not an example of such material. My job is to try to get them to understand stipulated grade level material as well as they possibly can.

This is where my somewhat sarcastic attitude came in. If you were in my classroom you would know I have done anything BUT give up on these children. The problem is bigger than this post alone can measure, and that is why I plan to address it in multiple posts that I'm spacing out over time. In short though, there are many contributing factors to the frustration: homogeneous grouping and low motivation just being two of them.

If there are any additional questions about my particular classroom, I would be more than happy to answer them.



Thanks, Janet!


"Ask the Cognitive Scientist":
Inflexible Knowledge: The First Step to Expertise by Daniel Willingham
Practice Makes Perfect, But Only When You Practice to the Point Beyond Perfection
Allocating Student Study Time: "Massed" versus "Distributed" Practice
Why Students Think They Understand—When They Don’t


formative assessment:
formative assessment
formative assessment in a nutshell


teaching to mastery
CA report on quality ed research
accelerating low performers
Gambill method of teaching algebra
Smartest Tractor's algebra class
Matt Goff's algebra class
TERC, KIPP, & mastery


other posts:
overlearning
Matt Goff & Susan S on remediating gaps
Anne Dwyer on diagnosing gaps & request for 'gap' stories
failing algebra in Los Angeles
Yonkers middle schooler tutors a student who is failing



-- CatherineJohnson - 03 Feb 2006



comments...


StateOfTheUnion2006 03 Feb 2006 - 02:59 CarolynJohnston

From President Bush's state of the union address, a call for 30,000 new math teachers to move from math and science-based professions into teaching (hat tip to JoAnneC, who can't believe we're so late with this post):

"Third, we need to encourage children to take more math and science, and to make sure those courses are rigorous enough to compete with other nations. We've made a good start in the early grades with the No Child Left Behind Act, which is raising standards and lifting test scores across our country. Tonight I propose to train 70,000 high school teachers to lead advanced-placement courses in math and science, bring 30,000 math and science professionals to teach in classrooms, and give early help to students who struggle with math, so they have a better chance at good, high-wage jobs. If we ensure that America's children succeed in life, they will ensure that America succeeds in the world."

My question is this: will there be incentives?

And would President Bush like to pay me to develop teacher training courses?

-- CarolynJohnston - 03 Feb 2006



comments...


OmegaThreeFattyAcids 03 Feb 2006 - 22:55 CatherineJohnson


I think Carolyn & I have ESP.

I'm serious.

A few days ago I read an article on fish consumption, IQ, & pregancy in THE ECONOMIST ($). I set it aside because I wanted to write a post about it.

Then yesterday Ed told me we're almost out of omegabrites, and today my cod liver oil for Jimmy & Andrew came in the mail.

AND: I just opened an email from Carolyn to find that she's wondering about fish oil for Ben! (Of course, Carolyn probably read the same article I did....)

My answer is: fish oil for everyone.



brain food

I found out about the Omega 3 fatty acids a few years ago, and was immediately convinced. Since then, the data has just kept coming, all of it good. On my Bayesian scale of certainty, 1 being No Clue and 7 being Death and Taxes, I'm at 7.

Fish oil is one of those 'Lost Knowledge' things....by which I mean that it belongs to the store of cultural knowledge people used to have that's gone missing. (Flash poll: how many women here can name the different cuts of meat in a side of beef? I can't. People used to know this stuff!)

My mom told me that when she was a kid, people gave cod liver oil to their kids, because they considered it 'brain food.'

Well, guess what. It is brain food. But that idea got lost somewhere along the line.

Here's the connection.

Probably everyone here knows that, at some point, the NIH funded research on fish consumption and heart health, which found that high fish consumption was good for your heart.

From there it followed directly that high fish consumption would likely be good for your brain, too, since researchers had already noticed a number of connections between heart health & mental health. For instance, people who suffered heart attacks were likely to suffer depression, too (IIRC I think the connection worked the other way around, as well).

Although people knew these correlations existed, I gather it took researchers a little while to put two and two together. But finally someone did, and the NIH funded, I believe (NOT FACT-CHECKED) an epidemiological study of fish oil consumption and depression. It turned out that there are very low rates of depression in countries and communities with high rates of fish consumption.



Andrew Stoll

I no longer remember when Andrew Stoll came on the scene, but I do remember his story.

Stoll is an expert on bipolar disorder, which meant he was prescribing a lot of lithium to patients. Lithium has numerous side effects; it's a tough drug to take, and can be quite dangerous. (It's a naturally-occurring salt.) IIRC, he and a colleague wanted to find a substance that would work like lithium with fewer side effects.

Apparently there is an enormous, multi-volume dictionary or encyclopedia of all known chemicals, so Stoll and his colleague starting searching through known chemicals to find something that might mimic lithium.

They found that the one chemical closest in structure to lithium was omega 3 fatty acid. Their study of Omega 3 fatty acid used to treat bipolar patients was published in the Archives of General Psychiatry, one of the two best journals in the field.

Three-page excerpts from every chapter of Stoll's book, The Omega-3 Connection, are posted on the omegabrites website. Terrific book.

We buy all of our fish oil from OmegaBrite, because it's manufactured by Stoll's ex-wife and because it's pharmaceutical grade, meaning it can be prescribed by physicians. This may mean nothing in terms of insurance; I don't know. I've never tried to get reimbursement. 'Pharmaceutical grade' in the case of omegabrites means the product can be used in an NIH-funded study.

IIRC, Stoll had a lot of trouble rustling up enough pharmaceutical-grade fish oil to do the study in the first place. I think he had to get the stuff he used from the people who did the heart study....Then, because there was no pharmaceutical commercial-grade product available on the market, his wife, who is also a psychiatrist, decided she would manufacture it herself & start up a whole company. I'm glad she did, but I don't think it's been fun for them.



pharmaceutical grade liquid fish oil?

That reminds me.

I spent years poking holes in zillions of omegabrite capsules every morning so I could squeeze out the oil inside into grape juice & give it to Jimmy and Andrew.

Those days are over.

The last time I spoke to Andrew Stoll, who is a friend of John (Ratey)'s, he said they were going to try to make a liquid version. I'm still waiting.

A couple of months ago I finally gave up and bought some Nordic Natural Complete Omega-3.6.9 oil.

Then I remembered my mom liked Carlson Norwegian Cod Liver Oil, which is what came in the mail today.

I have no idea way of judging their quality. I could use advice.



no more asthma

Fish oil has two important properties of which I'm aware; I'm sure there are lots more:

  • it is a natural antiinflammatory

  • it is liquid at very low temperatures

The natural antiinflammatory characteristic means, basically, that fish oil is a cure-all.

For at least the past 10 years researchers & physicians have been focused on inflammation as the source of all evil.

Eventually people began looking into inflammation as a problem for the brain, as well, and I'm sure it is.

Fish oil is a phenomenal antiinflammatory. When we first moved to Westchester Ed, Christopher & I developed asthma. Actually, I'd already had fairly severe asthma for about 10 years, but it had never been diagnosed. People kept telling me I had bronchitis. When Christopher was 4, he spent July 4 having an asthma attack so bad he was throwing up, which, unbeknownst to me, is the Danger Point. He could barely breathe.

All three of us were using inhalers every day when we started taking omegabrites.

Within a few months, all 3 of us had stopped using inhalers.

I think there may be a cumulative effect as well, because for a few years there we'd still have to get on the inhalers every time any of us came down with a cold.

Now we don't need inhalers for colds, either.

Another miracle cure: my mom's bursitis is gone. Bursitis is an inflammatory disorder.

Andrew Stoll's dad, who was in his 70s or 80s when I met him, told me his arthritis was gone. This stuff works.



fluid brain membranes

I don't think anyone knows exactly what Omega 3 fatty acids do in the brain, but one thought has to do with membrane permeability.

Mostly, Americans eat Omega 6's. That's corn oil. We eat HUGE quantities of corn oil, which is fine by me, since my dad was a farmer who raised corn. I've got nothing against corn!

But we're almost certainly way out of whack; we're supposed to be getting a lot more Omega 3s, and a lot less Omega 6.

Here's the way I think about the brain & Omega 3s.

Why don't salmon freeze up stiff as a board when they're swimming around the North Pacific waters?

Because they're made of fish oil.

Now picture a salmon made of margarine.

He's froze-solid, isn't he?

Stoll and others (IIRC) think it's possible fish oil is good for the brain because it replaces Omega 6s in cell membranes, which are made of fat.

If you're eating margarine, your brain cell membranes are made of margarine.

If you're eating fish, your brain cell membranes are made of fish oil.

Apparently, it's good to be a fish.

I have no idea whether this hypothesis is still current, but it's highly motivating. Every time I pull up an image of a semi-sold margarine brain I get serious about sticking with my fish oil regimen.



fish oil, pregnancy, IQ

I think Terri mentioned that they hope to have one more baby, so I wanted to get this study posted.

from THE ECONOMIST story:

...the amount of omega-3 in a pregnant woman's diet helps to determine her child's intelligence, fine-motor skills (such as the ability to manipulate small objects, and hand-eye co-ordination) and also propensity to anti-social behaviour.

[snip]

That, at least, is the conclusion of Joseph Hibbeln, a researcher at America's National Institutes of Health who has been working with a set of data from the Avon Longitudinal Study of Parents and Children. The Avon study was begun 15 years ago by Jean Golding, of the University of Bristol, with the aim of unravelling the genetic and environmental pathways that predispose children to disease. It contains data on 14,000 expectant mothers and their offspring.

[snip]

...the children of those women who had consumed the smallest amounts of omega-3 fatty acids during their pregnancies had verbal IQs six points lower than average...the finding is particularly pertinent because existing dietary advice to pregnant women, at least in America, is that they should limit their consumption of seafood in order to avoid exposing their fetuses to trace amounts of brain-damaging methyl mercury.

[snip]

Dr Hibbeln, however, says his work shows that the benefits of eating such fish vastly outweigh the risks from the mercury in them. Indeed, in the Avon study, it was those children exposed to the lowest levels of methyl mercury who were at greatest risk of having low verbal IQ....at 3½ years of age, those children with the best measures of fine-motor performance were the ones whose mothers had had the highest intake of omega-3s. Their third finding was that a low intake of omega-3s during pregnancy led to higher levels of pathological social interactions such as an inability to make friends as a child grew up.

....the “frightening data” showed how 14% of those seven-year-olds whose mothers had had the lowest intake of omega-3s during pregnancy demonstrated such behaviour, compared with 8% of those born to the highest-intake group.





converging lines of evidence

more:

Studies such as this one, which rely on correlating one variable with another, are not enough to draw firm conclusions on their own, since correlation is not necessarily causation. But these results are supported by several lines of data. One is that the graphs show “dose response” curves—in other words, different levels of omega-3s have different effects. There is also a lot of experimental work showing that omega-3s have behavioural effects on adults. One of Dr Hibbeln's other studies, for example, showed that omega-3 supplements given to violent alcoholics reduced their anger levels by a third within three months




serotonin & dopamine hypothesis

more:

It also helps to have a plausible mechanism, and Dr Hibbeln thinks there is one. Research published in 2000 by a group in Canada showed that giving omega-3 supplements to piglets doubled the levels of molecules called serotonin and dopamine in the frontal cortexes of the animals' brains. One of serotonin's jobs is to show growing nerve cells how they should connect from the frontal cortex, where reasoning takes place, to the limbic system, the seat of many emotional responses




yuck

more:

there is a second way that its level might be reduced—by competition with a similar group of fatty acids called omega-6s. Indeed, it may be the ratio of omega-3 to omega-6 in the membranes of cells—particularly nerve cells—which is at the root of the problem, since this can affect the ability of messenger molecules to pass through the membrane. The average cell membrane of an American, whose diet is low in fish and high in omega-6-rich vegetable oils, contains 20% omega-3-based lipids and 80% omega-6-based ones. (Some 10% of American calories now come from linoleic acid in maize and soya oils, the principal sources of omega-6s.) In a Japanese cell membrane, by contrast, the figures are 40% and 60% respectively.




words to live by

I love this.

Here's the title of Dr. Hibbeln's talk to the McCarrison Society:



I think I'll go pour Jimmy & Andrew a slug of their yummy new Norwegian cod liver oil right this minute.



autism & bipolar disorder & fish oil

Which reminds me.

I may have mentioned that Robert DeLong believes autism is caused by the genes for bipolar disorder expressed early in life, when the brain is still developing, instead of later on.

I believe him. When I say I 'believe' him, I mean I think that's what autism IS: autism is bipolar disorder expressed at birth or sometime around there. Until someone proves DeLong wrong, autism = bipolar is my personal hypothesis.

In an article in the March 23 issue of the journal Neurology, [ed.: I think this refers to the 1998 study] DeLong presents a new hypothesis that about two-thirds of children with the most common form of infantile autism actually have a treatable, genetically linked, early-onset form of severe depression. The argument is based on recent genetic analyses, behavioral studies and brain chemistry and imaging analyses on autistic children by researchers at Duke and several other institutions.





gold strike

I've just discovered DeLong has a recent publication on this subject. I've been out of the loop; I had no idea.

wow. It's a review article. So I've got this evening's reading all picked out.

Family history studies of autism consistently reveal a large subgroup with a high incidence of major mood disorder in family members, suggesting the two entities are related clinically and genetically. This review examines this concept, comparing current clinical and biological knowledge of autism and major mood disorder, and advances the hypothesis that this subgroup of autism represents an early-life phenotype of major mood disorder. If confirmed, this hypothesis would suggest that the basic biological defects determining major mood disorders may have prominent neurodevelopmental and cognitive dimensions. Testing of the hypothesis will depend on genetic studies.

The entire text is here: Autism and Familial Major Mood Disorder: Are They Related? J Neuropsychiatry Clin Neurosci 16:199-213, May 2004



in a nutshell

  • fish oil is good for the brain

  • fish oil may be especially important for pregnant women

  • fish oil is probably good for every aspect of brain function, including mood and cognition

  • we have strong evidence that fish oil treats bipolar disorder

  • we have very strong evidence (strong as in almost certainly definitive) that autism tracks with mood disorders

  • since fish oil treats bipolar disorder, it may well treat autism as well

  • if you're taking fish oil supplements you need to take Vitamins C & E, too. I forget why

  • American brain: 20% omega-3-based lipids, 80% omega-6-based ones

  • Japanese brain: 40% and 60%

No wonder we can't do math.



nix on the flax seed oil AND Vitamins C & E

A couple more factoids.

First, if you're taking fish oil supplements, you should take Vitamins E & C, too. I've forgotten why. There's some wonky mechanism where you can end up producing more free radicals (or something) & damaging brain cell membranes, etc.....obviously, I remember essentially nothing of this except that you're supposed to take E & C along with.

Second, I would skip the flax seed oil. First of all, it's different from fish oil somehow....I forget why.

But also, a psychiatrist friend of mine told me she'd heard from other psychiatrists that flax seed oil can actually cause mania.

That was interesting to hear, because I once gave Jimmy & Andrew big honking doses of flax seed oil & they were both up for the entire night, manic as all get out.



update from ktm guest

"So if flaxseed oil isn't good (and I had heard that it wasn't), then what would vegetarians take in order to get a healthy dose of Omega 3s?"

Flax is a good source of ALA, but not EPA and DHA. Fish oil is a good source of EPA and DHA. All three of these are omega-3 fatty acids. ALA can be converted to EPA and DHA, but it doesn't seem like this works very well when humans eat flax oil (according to some researchers). If you're a vegetarian then you're probably just screwed as far as finding a good source of EPA and DHA goes and you'll have to just stick with flax. Maybe there's some way of convincing the ALA to convert to EPA and DHA more readily.

"Is cod liver oil a liquid source of Omega 3?"

Yes. it is about 11% DHA, 7% EPA.

Thank you!

(This is exactly what I recall reading, btw. I also remember - NOT FACT CHECKED that grazing animals like cows can convert ALA to EPA & DHA. That's why cows don't need to eat fish.)



update from Ann

If you go back to the Omegabrite website, they now have OmegaBrite Kidz Tutti-Fruitti or Orange Cream flavor liquid omega 3 for kids. They only have to take 1/4 tsp.

I can't believe I didn't see that!

I'm thrilled.

Of course, first we're going to have to use up our two big honking bottles of Carlson's Norwegian cod liver oil.

The omegabrite website is new and improved. They seem to have posted abstracts of most or all of the psychiatric and cognitive research on the Omega 3s.

Here's where the research stands on autism and Omega 3 fatty acids:

At present, although omega-3 polyunsaturated fatty acids are considered to be a promising therapeutic for autistic children (Kidd, 2002; Richardson and Ross, 2000), the best evidence currently available to support this claim comes from research showing that autistic children have lower DHA levels in blood than children with mental retardation (Vancassel, et al 2001; Bell, et al 2000). Additional support comes from evidence that low plasma omega-3 levels in boys were associated with behavior problems, temper tantrums, and sleep disorders (Stevens, et al 1996).
I should add that I don't see any particular changes in Jimmy & Andrew thanks to fish oil.

I give it to them because it's obvious to me that Omega 3 fatty acids are critically important for the brain, period - and because I do see obvious changes in me thanks to fish oil.

Jimmy & Andrew have such severe forms of autism that I don't think it would be pretty hard to see subtle improvements.



update: Andrew & cod liver oil

Since we have some parents with autistic kids reading the site, I think I should post this.

Both Andrew and Jimmy are highly sensitive to medication changes.

I ran out of my Nordic Natural liquid fish oil a couple of months ago, and didn't get around to ordering new fish oil until last week.

I ordered Carlson's cod liver oil.

Yesterday I gave Andrew 1 tsp, and he had a horrendous half-day. Then he settled down sometime in the afternoon, and was pretty good.

This morning he's been great.

Twenty minutes ago I gave him 1 tsp of Carlson's cod liver oil, and now he's screaming & tantruming.

So.

I don't know what to make of this.

Either he's 'getting readjusted' to fish oil, or he's not supposed to be taking cod liver oil.

I don't remember problems like this with the Nordic Natural product. (Which is not to say they didn't happen. We have so much tantruming & screaming that we often miss the cause.)

Jimmy's been fine both days. But he's 18, and much more stable than Andrew at this point. (fyi: Andrew is 11. He is Christopher's twin.)

I have no idea whether Andrew's tantrums are connected to the cod liver oil.

However, I'll probably go ahead and order the new Omegabrite produce & switch him to that. Jimmy can use up the cod liver oil....



update: Andrew's fine, too

There's obviously no problem with Andrew taking Carlson's product.



update: The Omega Plan

Joseph Hibbeln recommends Artemis P. Simopoulos & Jo Robinson's book, which was the first book I read about the Omega 3s. Simopoulos also did NIH-funded research on the Omega 3 fatty acids, IIRC.

I thought it was terrific.



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while we're on the subject of Jo Robinson —

I also like her book When Your Body Gets the Blues very much.

Check out her research page - wonderful stuff on light, mood, & weight (though I can't find the study they used to have posted showing weight loss from sitting in the sun....). The original 'body blues' study is here.

WHEN YOUR BODY GETS THE BLUES is the other alternative-medicine self-help book I believe absolutely.

Ever since reading the book, I try to get all 3 kids outdoors in the sun for 20 minutes every day.

These study findings suggest that a program of moderate-intensity walking, increased light exposure, and selected vitamins can improve women's mood. The high level of adherence to the intervention suggests that women could comfortably incorporate this tri-modal program into their daily lives. These findings extend the work of other studies that have demonstrated the positive influence of each independent component (light, exercise, and vitamins) on mood (Kripke 1998; Wirz-Justice et al. 1996; Blumenthal et al. 1999; Moses et al. 1989; Benton, Fordy, and Haller 1995).

Women in the intervention group improved significantly compared to those in the control group on all five dependent variables that measured mood and well-being. Not only did their depression scores decrease, they also reported greater self-esteem, improved general well-being, and greater happiness.

We were particularly interested in determining whether the intervention addressed symptoms more prevalent in women than men, such as anxiety and fatigue. The subscales of the POMS showed that the women in the intervention group experienced a significant decrease in anger and tension. Meanwhile their vitality improved, as measured by the GWB subscales.





Omega 3 fatty acids
brain food



-- CatherineJohnson - 03 Feb 2006



comments...


BoyTroublePart5 04 Feb 2006 - 15:48 CatherineJohnson


Just spotted this "Remark from the Fray" in reaction to Slate's article on self-disipline & achievement:

Any high-school teacher will tell you why boys do more poorly than girls:

Boys are jerks.

Sure, there are exceptions, the occasional aesthete or scholar...but generally speaking, boys between the ages of 13 and 22 are uncouth vulgarians interested primarily in either prodding or pounding on each other, only expanding their limited interests to include such complexities as beer and breasts as age and situations permit.

If the SAT answer sheets used more mammilary shapes instead of the current oval bubbles, or phrased their instructions in terms like "Dude, shove your fist through the best answer to this question," scores would soar.

--Robert P.
High-school teacher since 1985



yoo-hoo

Robert

It's not nice to call other people's children uncouth vulgarians interested primarily in either prodding or pounding on each other.

My advice?

Don't make me come down there.


-- CatherineJohnson - 04 Feb 2006



comments...


EconomicsBlackboard 04 Feb 2006 - 18:12 CatherineJohnson


economics2.jpg



source:
Economics Round Table



-- CatherineJohnson - 04 Feb 2006



comments...


WhatYoullWishYoudKnown 04 Feb 2006 - 18:23 CatherineJohnson

Karen A left links to two articles. I'd read What You'll Wish You'd Known by Paul Graham a couple of years ago, and had forgotten all about it.

Thanks for reminding me!

excerpts:

(I wrote this talk for a high school. I never actually gave it, because the school authorities vetoed the plan to invite me.)

When I said I was speaking at a high school, my friends were curious. What will you say to high school students? So I asked them, what do you wish someone had told you in high school? Their answers were remarkably similar. So I'm going to tell you what we all wish someone had told us.

I'll start by telling you something you don't have to know in high school: what you want to do with your life.

[snip]

...there are other jobs you can't learn about, because no one is doing them yet. Most of the work I've done in the last ten years didn't exist when I was in high school. The world changes fast, and the rate at which it changes is itself speeding up. In such a world it's not a good idea to have fixed plans.

And yet every May, speakers all over the country fire up the Standard Graduation Speech, the theme of which is: don't give up on your dreams. I know what they mean, but this is a bad way to put it, because it implies you're supposed to be bound by some plan you made early on. The computer world has a name for this: premature optimization....These speakers would do better to say simply, don't give up.

What they really mean is, don't get demoralized. Don't think that you can't do what other people can.

[snip]

In fact I suspect if you had the sixteen year old Shakespeare or Einstein in school with you, they'd seem impressive, but not totally unlike your other friends.

Which is an uncomfortable thought. If they were just like us, then they had to work very hard to do what they did. And that's one reason we like to believe in genius. It gives us an excuse for being lazy. If these guys were able to do what they did only because of some magic Shakespeareness or Einsteinness, then it's not our fault if we can't do something as good.

I'm not saying there's no such thing as genius. But if you're trying to choose between two theories and one gives you an excuse for being lazy, the other one is probably right.

So far we've cut the Standard Graduation Speech down from "don't give up on your dreams" to "what someone else can do, you can do." But it needs to be cut still further. There is some variation in natural ability. Most people overestimate its role, but it does exist. If I were talking to a guy four feet tall whose ambition was to play in the NBA, I'd feel pretty stupid saying, you can do anything if you really try. [2]

We need to cut the Standard Graduation Speech down to, "what someone else with your abilities can do, you can do; and don't underestimate your abilities." But as so often happens, the closer you get to the truth, the messier your sentence gets. We've taken a nice, neat (but wrong) slogan, and churned it up like a mud puddle. It doesn't make a very good speech anymore. But worse still, it doesn't tell you what to do anymore. Someone with your abilities? What are your abilities?

Upwind

I think the solution is to work in the other direction. Instead of working back from a goal, work forward from promising situations. This is what most successful people actually do anyway.

In the graduation-speech approach, you decide where you want to be in twenty years, and then ask: what should I do now to get there? I propose instead that you don't commit to anything in the future, but just look at the options available now, and choose those that will give you the most promising range of options afterward.

It's not so important what you work on, so long as you're not wasting your time. Work on things that interest you and increase your options, and worry later about which you'll take.

Suppose you're a college freshman deciding whether to major in math or economics. Well, math will give you more options: you can go into almost any field from math. If you major in math it will be easy to get into grad school in economics, but if you major in economics it will be hard to get into grad school in math.

Flying a glider is a good metaphor here. Because a glider doesn't have an engine, you can't fly into the wind without losing a lot of altitude. If you let yourself get far downwind of good places to land, your options narrow uncomfortably. As a rule you want to stay upwind. So I propose that as a replacement for "don't give up on your dreams." Stay upwind.

How do you do that, though? Even if math is upwind of economics, how are you supposed to know that as a high school student?

Well, you don't, and that's what you need to find out.



I like this part:

The best protection is always to be working on hard problems. Writing novels is hard. Reading novels isn't. Hard means worry: if you're not worrying that something you're making will come out badly, or that you won't be able to understand something you're studying, then it isn't hard enough. There has to be suspense.


This part is foreign to me, but I get the point:

Ambition

In practice, "stay upwind" reduces to "work on hard problems." And you can start today. I wish I'd grasped that in high school.

Most people like to be good at what they do. In the so-called real world this need is a powerful force. But high school students rarely benefit from it, because they're given a fake thing to do. When I was in high school, I let myself believe that my job was to be a high school student. And so I let my need to be good at what I did be satisfied by merely doing well in school.

If you'd asked me in high school what the difference was between high school kids and adults, I'd have said it was that adults had to earn a living. Wrong. It's that adults take responsibility for themselves. Making a living is only a small part of it. Far more important is to take intellectual responsibility for oneself.

If I had to go through high school again, I'd treat it like a day job. I don't mean that I'd slack in school. Working at something as a day job doesn't mean doing it badly. It means not being defined by it. I mean I wouldn't think of myself as a high school student, just as a musician with a day job as a waiter doesn't think of himself as a waiter. [3] And when I wasn't working at my day job I'd start trying to do real work.

When I ask people what they regret most about high school, they nearly all say the same thing: that they wasted so much time. If you're wondering what you're doing now that you'll regret most later, that's probably it. [4]



nix on community service:

You may be thinking, we have to do more than get good grades. We have to have extracurricular activities. But you know perfectly well how bogus most of these are. Collecting donations for a charity is an admirable thing to do, but it's not hard. It's not getting something done. What I mean by getting something done is learning how to write well, or how to program computers, or what life was really like in preindustrial societies, or how to draw the human face from life. This sort of thing rarely translates into a line item on a college application.

We didn't have enforced community service when I went to school.

What you should not do is rebel. That's what I did, and it was a mistake. I didn't realize exactly what was happening to us, but I smelled a major rat. And so I just gave up. Obviously the world sucked, so why bother?

When I discovered that one of our teachers was herself using Cliff's Notes, it seemed par for the course. Surely it meant nothing to get a good grade in such a class.

In retrospect this was stupid. It was like someone getting fouled in a soccer game and saying, hey, you fouled me, that's against the rules, and walking off the field in indignation. Fouls happen. The thing to do when you get fouled is not to lose your cool. Just keep playing.

By putting you in this situation, society has fouled you. Yes, as you suspect, a lot of the stuff you learn in your classes is crap. And yes, as you suspect, the college admissions process is largely a charade. But like many fouls, this one was unintentional. [7] So just keep playing.

Rebellion is almost as stupid as obedience. In either case you let yourself be defined by what they tell you to do. The best plan, I think, is to step onto an orthogonal vector. Don't just do what they tell you, and don't just refuse to. Instead treat school as a day job. As day jobs go, it's pretty sweet. You're done at 3 o'clock, and you can even work on your own stuff while you're there.



I believe this:

The word "aptitude" is misleading, because it implies something innate. The most powerful sort of aptitude is a consuming interest in some question, and such interests are often acquired tastes.

I've met people whose interests were at odds with their aptitude. I always found that intriguing.


And here's good news! —

In most adults this curiosity dries up entirely. It has to: you can't get anything done if you're always asking why about everything. But in ambitious adults, instead of drying up, curiosity becomes narrow and deep. The mud flat morphs into a well.

Curiosity turns work into play. For Einstein, relativity wasn't a book full of hard stuff he had to learn for an exam. It was a mystery he was trying to solve. So it probably felt like less work to him to invent it than it would seem to someone now to learn it in a class.

One of the most dangerous illusions you get from school is the idea that doing great things requires a lot of discipline. Most subjects are taught in such a boring way that it's only by discipline that you can flog yourself through them. So I was surprised when, early in college, I read a quote by Wittgenstein saying that he had no self-discipline and had never been able to deny himself anything, not even a cup of coffee.



jeez

I wonder why this guy got dinged from delivering the h.s. graduation speech.

Personally, I've had to have QUITE A LOT of self-discipline.

Of course, probably if I'd been writing about the philosophy of language instead of animals & autism life would have been a breeze.

OK, this part is true:

Now I know a number of people who do great work, and it's the same with all of them. They have little discipline. They're all terrible procrastinators and find it almost impossible to make themselves do anything they're not interested in. One still hasn't sent out his half of the thank-you notes from his wedding, four years ago. Another has 26,000 emails in her inbox. [ed.: check]

I'm not saying you can get away with zero self-discipline. You probably need about the amount you need to go running. I'm often reluctant to go running, but once I do, I enjoy it. And if I don't run for several days, I feel ill. It's the same with people who do great things. They know they'll feel bad if they don't work, and they have enough discipline to get themselves to their desks to start working. But once they get started, interest takes over, and discipline is no longer necessary.





find a question

More synchronicity. I've been planning to write a post on questions.

If you want to do good work, what you need is a great curiosity about a promising question. The critical moment for Einstein was when he looked at Maxwell's equations and said, what the hell is going on here?

It can take years to zero in on a productive question, because it can take years to figure out what a subject is really about. To take an extreme example, consider math. Most people think they hate math, but the boring stuff you do in school under the name "mathematics" is not at all like what mathematicians do.

The great mathematician G. H. Hardy said he didn't like math in high school either. He only took it up because he was better at it than the other students. Only later did he realize math was interesting-- only later did he start to ask questions instead of merely answering them correctly.

When a friend of mine used to grumble because he had to write a paper for school, his mother would tell him: find a way to make it interesting. That's what you need to do: find a question that makes the world interesting. People who do great things look at the same world everyone else does, but notice some odd detail that's compellingly mysterious.

And not only in intellectual matters. Henry Ford's great question was, why do cars have to be a luxury item? What would happen if you treated them as a commodity? Franz Beckenbauer's was, in effect, why does everyone have to stay in his position? Why can't defenders score goals too?



I love this:

Now I have enough experience to realize that those famous writers actually sucked. Plenty of famous people do; in the short term, the quality of one's work is only a small component of fame. I should have been less worried about doing something that seemed cool, and just done something I liked. That's the actual road to coolness anyway.


It's true.


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-- CatherineJohnson - 04 Feb 2006



comments...


BarModelsInKumon 04 Feb 2006 - 21:03 CatherineJohnson


I just looked ahead in this week's packet of KUMON worksheets, and found KUMON bar models!

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Saxon uses bar models, too

I keep meaning to mention the fact that Saxon Math 8/7 uses bar models to teach fraction word problems. A Saxon student sees bar models in a number of lessons, then practices drawing them to mastery.

Saxon, Singapore, & KUMON.

We have a consensus.



Sybilla Beckmann's terrific article on bar models

Solving Algebra and Other Story Problems with Simple Diagrams: a Method Demonstrated in Grade 4-6 Texts Used in Singapore (pdf file) by Sybilla Beckmann. (pdf file) by Sybilla Beckmann>



Crete.jpg

Sybilla Beckmann Kazaz


also by Sybilla Beckmann:




-- CatherineJohnson - 04 Feb 2006



comments...


PutOnYourBigGirlPanties 04 Feb 2006 - 22:38 CatherineJohnson



panties2.jpg



I'd noticed that eduwonk had been somewhat perseveratively quoting Margaret Spellings' line about putting on her big girl panties.....which was just odd enough not to cause me instantly to go read the article it came from....but then joannejacobs finally read the article herself, which galvanized me into action.....and let me tell you, I'm glad I got over to WAPO.

Margaret Spellings: In Her Own Class is fantastic:

Spellings is blunter than you might expect, vivid and bigger, as if her photo had been cropped and enlarged. She is a tall woman swinging an iguana-green purse, wearing edgy rectangular glasses and chewing gum. (She spits it into the garbage when you arrive, as if you were the teacher.) Spellings scanned the crowd: "Colin's the little hottie of the school."

She had her babies without pain medication. She's a tough enough manager to be called a "bulldog on details" by Rove; strong enough to raise her girls as a single mom when her first marriage ended; brave enough to admit that she dreams of being a torch singer draped over a piano; Texan enough to live by the motto (on her notepad) "Put on your big girl panties and deal with it."





the good news is —

— she's got a kid in middle school:

Middle school is tricky, Spellings said -- too many hormones and too loose a curriculum. When boys in white shirts and ties shuffled onstage, Spellings said, "They're so awkward, it cracks me up." Her own experience in seventh grade was "the low point of my life," she said. ". . . There's a lot of mush going on in middle school -- one of the nuts we haven't cracked in public education policy."





You can order the big girl doll here.


-- CatherineJohnson - 04 Feb 2006



comments...


MathematicsAtFloatingLog 05 Feb 2006 - 00:59 CatherineJohnson



the blog


-- CatherineJohnson - 05 Feb 2006



comments...


AnimalsInTranslationFebFive 05 Feb 2006 - 13:38