Using Real Data to Learn Algebra Concrete ExperienceAbstract Ideas.

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Using Real Data to Learn Algebra Concrete Experience Abstract Ideas

Transcript of Using Real Data to Learn Algebra Concrete ExperienceAbstract Ideas.

Page 1: Using Real Data to Learn Algebra Concrete ExperienceAbstract Ideas.

Using Real Data to Learn Algebra

Concrete Experience Abstract Ideas

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Distributive Property Lab

CPO Lever Equipment

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Tyner Academy Students

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How can we represent this balanced system?

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Write a mathematical representation for this.

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What mathematical operation will make the numbers on the left equal

the numbers on the right?

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(200)(30) = (10)(600)

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Put three marbles in a baggie.

Represent the baggie as a parenthesis.

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Represent each marble as “x”.

(14 X)

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Hang a 200 g mass on the left arm.

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Balance it with a bag of marbles.

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Write the equation.

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Solve for X.

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So how did they do?

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Learning goes through stages. This is fun!!! Now what are we supposed to do? I’m lost This is stupid!!We stop and and refocus.

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What do we know now?

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More Group Work

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Individual Work

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200 gram mass 13 marbles

Chappell

I see a bag hanging down from a bar.The string is hanging at 18.

10*200 x 13X = 26000x

10*200

2000 = 13X13 = 13

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200 grammass

13 marbles

Jamel

(200)(10) = (18) + 13 X

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200 grammass

13 marbles

Duree

(200)(10) = (18)(13 X)2000 234

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200 grammass

13 marbles

Duree

(200)(10) = (18)(13 X)2000 234X

234 = 234

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200 grammass

13 marbles

Duree

(200)(10) = (18)(13 X)8.55 = X

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Kim

400 grams 200 grams and 6 marbles

(400)(19) = (30)(25 + 6x)

7600 = 6000 + 180 X6000 = 6000

1600 = 180 X

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Kim

400 grams 200 grams and 6 marbles

1600 = 180X180 = 180

8.89 = X

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Students learn to: Set up a data table Enter the data Make a scatter plot Associate the data table with the graph Draw a best-fit curve Identify the x,y coordinates

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Pendulum Lab Length (cm) Period (sec)

1 2.05 4.5

10 6.315 7.820 9.025 10.030 11.035 11.940 12.745 13.550 14.255 14.9

Pendulum

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4.0

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8.0

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0 10 20 30 40 50 60

Length (cm)

Per

iod

(se

c)

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Students learn to: Calculate slope Associate meaning with slope y = mx force = acceleration * mass mass = density * volume

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Gather DataAsk “How can we represent this?” Plot the Data Write the Mathematical RepresentationTalk About the System

Look for opportunities to: