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Context 9 - Follow the Bouncing Ball Student Handout Day 2

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Last updated almost 2 years ago
11 questions
Note from the author:
MMR Resources
1
Question 11
11.

Click "Show your work" to fill out the table.
Hint: Use the "T" option on the left side menu to type your answers and use the "Scribble" option at the top of the menu to draw your responses.

1
Question 1
1.

Click "Show your work" to fill out the table.
Hint: Use the "T" option on the left side menu to type your answers and use the "Scribble" option at the top of the menu to draw your responses.

1
Question 2
2.

Click "Show your work" to fill out the table.
Hint: Use the "T" option on the left side menu to type your answers and use the "Scribble" option at the top of the menu to draw your responses.

On the same scatterplot on question #2, add your actual values as data points.
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Test your prediction by dropping the ball and recording the actual rebound heights. (Let the ball continue to bounce, don’t stop it this time.) Perform the experiment a couple times to gain consistent results. (You may want to find the average of your 2-3 trials.) Record these “Actual” data in table on #1.
Question 3
3.

Looking at the scatterplot with all the information from your table, what do you notice?

Question 4
4.

Looking at the scatterplot with all the information from your table, what do you wonder?

Question 5
5.

Looking at the scatterplot with all the information from your table, how do they compare?

Question 6
6.

Now you will use a graphing calculator to find regression equations using your actual rebound height data.
Open this link to access the regression calculator
(Note: We will use this calculator a lot this year so the class will likely need to discuss it. Here's a video)
Use the linear regression function to determine a model. Record the equation below.

Question 7
7.

Choose a different regression to fit your data. Record the equation here.

Question 8
8.

Which seems to model the data better - linear, or your choice? Explain why.

Question 9
9.

Why did you choose the nonlinear regression that you chose? Explain.

Question 10
10.

Use your algebraic models (linear and your choice) to predict what happens on the 8th rebound height. Which model fits the experiment better? Explain.