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Thinking about Learning, or Learning about Thinking Dr. Alan Zollman Mathematical Sciences MATH 610 August 25, 2009

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Effective Strategies

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One Important Concept

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Effective Strategies One Important Concept Two Dumb Stunts

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Effective Strategies One Important Concept Two Dumb Stunts Two Quick Actions

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Effective Strategies One Important Concept Two Dumb Stunts Two Quick Actions Three Big Ideas

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Effective Strategies One Important Concept Two Dumb Stunts Two Quick Actions Three Big Ideas Two Predictors of College Success

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Effective Strategies One Important Concept Two Dumb Stunts Two Quick Actions Three Big Ideas Two Predictors of College Success One Reflection

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A mayber was raling his temp. Saintly a durf accotted some padis in his temp. “Why did yind accot padis in my blem temp?” the mayber quassed the durf. “Ar’m varrly grendy,” the durf trepped. “Ar hished yind merpled padis in your temp. Did yind rale your temp blem?”

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Please answer the following question in complete sentences:

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A mayber was raling his temp. Saintly a durf accotted some padis in his temp. “Why did yind accot padis in my blem temp?” the mayber quassed the durf. “Ar’m varrly grendy,” the durf trepped. “Ar hished yind merpled padis in your temp. Did yind rale your temp blem?” Please answer the following question in complete sentences: What did the durf accot in the mayber’s temp?

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A mayber was raling his temp. Saintly a durf accotted some padis in his temp. “Why did yind accot padis in my blem temp?” the mayber quassed the durf. “Ar’m varrly grendy,” the durf trepped. “Ar hished yind merpled padis in your temp. Did yind rale your temp blem?” Please answer the following question in complete sentences: What did the durf accot in the mayber’s temp? What did the mayber quas the durf?

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A mayber was raling his temp. Saintly a durf accotted some padis in his temp. “Why did yind accot padis in my blem temp?” the mayber quassed the durf. “Ar’m varrly grendy,” the durf trepped. “Ar hished yind merpled padis in your temp. Did yind rale your temp blem?” Please answer the following question in complete sentences: What did the durf accot in the mayber’s temp? What did the mayber quas the durf? Was the durf grendy?

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A mayber was raling his temp. Saintly a durf accotted some padis in his temp. “Why did yind accot padis in my blem temp?” the mayber quassed the durf. “Ar’m varrly grendy,” the durf trepped. “Ar hished yind merpled padis in your temp. Did yind rale your temp blem?” Please answer the following question in complete sentences: What did the durf accot in the mayber’s temp? What did the mayber quas the durf? Was the durf grendy? Why did the mayber rale his temp?

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A mayber was raling his temp. Saintly a durf accotted some padis in his temp. “Why did yind accot padis in my blem temp?” the mayber quassed the durf. “Ar’m varrly grendy,” the durf trepped. “Ar hished yind merpled padis in your temp. Did yind rale your temp blem?” Please answer the following question in complete sentences: What did the durf accot in the mayber’s temp? What did the mayber quas the durf? Was the durf grendy? Why did the mayber rale his temp? Is there a difference between knowing an answer and understanding a solution in mathematics? Adapted from Kenneth Goodman’s The Psycholinguistic Nature of the Reading Process

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The Difference Between Teaching and Learning

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The Difference Between Teaching and Learning or How to Teach a Dog French

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Two Dumb Stunts Of all the demographic data collected on students taking standardized tests, which one has the highest correlation with scoring the highest mathematics test scores?

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Two Dumb Stunts 1) Give the Father Lottery Tickets

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Two Dumb Stunts 1) Give the Father Lottery Tickets 2) Give the Parents Honorary Degrees

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Two Dumb Stunts In applying the empirical research to the practical classroom, there is a difference between correlations

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Two Dumb Stunts In applying the empirical research to the practical classroom, there is a difference between correlations and causations.

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Two Quick Actions

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Have lecture, individual, cooperative group activities

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Two Quick Actions Have lecture, individual, cooperative group activities Have a daily reflection

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Effective Strategies Big Ideas Jean Piaget’s Reflective Abstraction

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Effective Strategies Big Idea # 1 Jean Piaget’s Reflective Abstraction Generalization (Association)

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Generalization (Association) Memorize the following 12 items in order Make sure you can read the whole screen

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SKY

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SKY RADIO

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SKY RADIO GAS STATION

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SKY RADIO GAS STATION BOX

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SKY RADIO GAS STATION BOX CUP

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SKY RADIO GAS STATION BOX CUP DOOR

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE TOY

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE TOY ROAD

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE TOY ROAD SIGN

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE TOY ROAD SIGN TOWEL

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE TOY ROAD SIGN TOWEL RAISINS

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wait …..

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Without looking …

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Without looking … what’s the full name of this course?

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OK, now write the 12 nouns in order.

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SKY RADIO GAS STATION BOX CUP DOOR KNIFE TOY ROAD SIGN TOWEL RAISINS

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Effective Strategies Big Idea # 2 Jean Piaget’s Reflective Abstraction Generalization (Association) Coordination (Assimilation)

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How do we add: 2 tens + 3 ones

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Coordination (Assimilation) How do we add: 2 tens + 3 ones 2 thirds + 3 fourths

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Coordination (Assimilation) How do we add: 2 tens + 3 ones 2 thirds + 3 fourths (2x + 4y) + (3x + y)

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Effective Strategies Big Idea # 3 Jean Piaget’s Reflective Abstraction Generalization (Association) Coordination (Assimilation) Encapsulation

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Encapsulation Example 4th Grade Question How many different ways can you arrange 3 objects with 2 objects, 2 at a time?

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Encapsulation Example 4th Grade Question A. How many different ways can you arrange 3 objects with 2 objects, 2 at a time? or B. How many ways can you make a gym outfit if you have red, blue, or white tee shirts and red or white shorts? (remember the movie Clueless?) (question from Dr. John Sleisky, “Authenticity and Test Items In Large Scale Assessment” SSMA Centennial Conference, Downers Grove, IL, Nov. 1, 2001)

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7.8 % of high school students who take ALGEBRA I get a college degree Predictors of College Success

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23.1% of high school students who take GEOMETRY get a college degree 7.8 % of high school students who take ALGEBRA I get a college degree

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39.5% of high school students who take 39.5% of high school students who take ALGEBRA II get a college degree 23.1% of high school students who take GEOMETRY get a college degree 7.8 % of high school students who take ALGEBRA I get a college degree Predictors of College Success

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62.2% of high school students who take TRIGONOMETRY get a college degree 39.5% of high school students who take ALGEBRA II get a college degree 23.1% of high school students who take GEOMETRY get a college degree 7.8 % of high school students who take ALGEBRA I get a college degree Predictors of College Success

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74.3% of high school students who take PRE CALCULUS get a college degree 62.2% of high school students who take TRIGONOMETRY get a college degree 39.5% of high school students who take ALGEBRA II get a college degree 23.1% of high school students who take GEOMETRY get a college degree 7.8 % of high school students who take ALGEBRA I get a college degree Predictors of College Success

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Answers in the Tool Box, U.S. Department of Education by Clifford Adelman 79.8% of high school students who take CALCULUS get a college degree 74.3% of high school students who take PRE CALCULUS get a college degree 62.2% of high school students who take TRIGONOMETRY get a college degree 39.5% of high school students who take ALGEBRA II get a college degree 23.1% of high school students who take GEOMETRY get a college degree 7.8 % of high school students who take ALGEBRA I get a college degree

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Predictors of College Success Answers in the Tool Box, a study by U.S. Department of Education researcher Clifford Adelman, examined more than 20 variables-- including high school courses, educational aspirations, race, socioeconomic status (SES), on-time versus late high school graduation, and parenthood prior to age 22--to determine what really influenced the college completion rates of over 10,000 students.

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Of all the high school indicators of academic preparation, the one that is the strongest is taking rigorous and intense courses in high school. Predictors of College Success

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Of all the high school indicators of academic preparation, the one that is the strongest is taking rigorous and intense courses in high school. Taking rigorous and intense high school courses has a greater impact on African-American and Latino students than on white students.

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Predictors of College Success Of all the high school indicators of academic preparation, the one that is the strongest is taking rigorous and intense courses in high school. Taking rigorous and intense high school courses has a greater impact on African-American and Latino students than on white students. Of all the high school courses, the highest level of mathematics taken is the most important for college success. The odds that a student who enters college will complete a bachelor's degree more than doubles if that student completed a mathematics course beyond Algebra II (e.g., trigonometry or pre-calculus) while in high school.

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Predictors of College Success Of all the high school indicators of academic preparation, the one that is the strongest is taking rigorous and intense courses in high school. Taking rigorous and intense high school courses has a greater impact on African-American and Latino students than on white students. Of all the high school courses, the highest level of mathematics taken is the most important for college success. The odds that a student who enters college will complete a bachelor's degree more than doubles if that student completed a mathematics course beyond Algebra II (e.g., trigonometry or pre-calculus) while in high school. Socioeconomic status had some impact (but it was minimal after the first year of college), and race did not have a statistically significant impact at all.

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One Reflection

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The 80% Solution Know 80% (We don’t know it all)

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The 80% Solution Know 80% (We don’t know it all) Teach 80% (We can’t teach all we know)

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The 80% Solution Know 80% (We don’t know it all) Teach 80% (We can’t teach all we know) Learn 80% (All students don’t learn all that’s taught)

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The 80% Solution Know 80% (We don’t know it all) Teach 80% (We can’t teach all we know) Learn 80% (All students don’t learn all that’s taught) Retain 80% (All material isn’t retained)

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The 80% Solution Know 80% (We don’t know it all) Teach 80% (We can’t teach all we know) Learn 80% (All students don’t learn all that’s taught) Retain 80% (All material isn’t retained) What’s the result?

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The 80% Solution Know 80% (We don’t know it all) Teach 80% (We can’t teach all we know) Learn 80% (All students don’t learn all that’s taught) Retain 80% (All material isn’t retained) 80% of 80% of 80% of 80% ≈ 41%

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The 80% Solution Know 80% (We don’t know it all) Teach 80% (We can’t teach all we know) Learn 80% (All students don’t learn all that’s taught) Retain 80% (All material isn’t retained) The Result: 80% of 80% of 80% of 80% ≈ 41% Is this a passing grade?

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The 80% Solution We don’t teach the content

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The 80% Solution We don’t teach the content We do teach students

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Dr. Alan Zollman Department of Mathematical Sciences Northern Illinois University DeKalb, IL / ~ zollman

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