6.3 Task: Modeling/Regression

Last updated over 1 year ago

37 questions

Note from the author:

Working with a partner you will divide parts of the workload and collaboratively decide which model should be used.  Designate one person to do the workload for person A and the other for Person B.

Instructions

Working with a partner you will divide parts of the workload and collaboratively decide which model should be used.  Designate one person to do the workload for person A and the other for Person B.

6.3 Task: Modeling/Regression

Last updated over 1 year ago

37 questions

Note from the author:

Working with a partner you will divide parts of the workload and collaboratively decide which model should be used.  Designate one person to do the workload for person A and the other for Person B.

Instructions

Working with a partner you will divide parts of the workload and collaboratively decide which model should be used.  Designate one person to do the workload for person A and the other for Person B.

Andrew measured the calories burned when running at different average speeds (mph) over a given time frame.

Person A: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

In a laboratory a scientist is watching the growth of a bacteria. The information recorded is listed below.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

A student throws his textbook off the top of a tall cliff. The book's height relative to sea level is recorded below.

Person A: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

The table below shows the amount of a decaying radioactive substance that remain

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Susan and Bill are looking at the data table below. Susan believes the data is best represented by a quadratic function, while Bill thinks it is an exponential function. Which person is correct? Why?

Person A: Write Susan's quadratic regression equation. Round to 2 decimal places.

Type R2 (round to 4 decimal places)

The following table shows how many miles per gallon a car gets at different speeds.

6.3 Task: Modeling/Regression

6.3 Task: Modeling/Regression

Person A: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person A: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person A: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person A: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person A: Write Susan's quadratic regression equation. Round to 2 decimal places.

Type R2 (round to 4 decimal places)

Person A: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person A: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person B: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the calories burned when Andrew runs at 9 mph for the same time frame. Round your answer to the nearest whole number and do not include units.

Person A: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person B: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the number of bacteria after 5 hours. Round your answer to the nearest whole number and do not include units.

Person A: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person B: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the height after 7 seconds.Round your answer to the nearest whole number and do not include units.

Person A: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person B: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the height after 7 seconds.Round your answer to the nearest whole number and do not include units.

Person A: Write Susan's quadratic regression equation. Round to 2 decimal places.

Type R2 (round to 4 decimal places)

Person B: Write Bill's exponential regression equation. Round to 2 decimal places.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the value of y for x=5.Round your answer to the nearest whole number and do not include units.

Use the other model to predict the value of y for x=5.Round your answer to the nearest whole number and do not include units.

Person A: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Person B: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the value of y for x=42.Round your answer to the nearest whole number and do not include units.

Person B: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the calories burned when Andrew runs at 9 mph for the same time frame. Round your answer to the nearest whole number and do not include units.

Person B: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the number of bacteria after 5 hours. Round your answer to the nearest whole number and do not include units.

Person B: Exponential EquationUsing Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the height after 7 seconds.Round your answer to the nearest whole number and do not include units.

Person B: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the height after 7 seconds.Round your answer to the nearest whole number and do not include units.

Person B: Write Bill's exponential regression equation. Round to 2 decimal places.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the value of y for x=5.Round your answer to the nearest whole number and do not include units.

Use the other model to predict the value of y for x=5.Round your answer to the nearest whole number and do not include units.

Person B: Quadratic EquationUsing Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Type R2 (round to 4 decimal places)

Select the best fit model:

Use the best fit model to predict the value of y for x=42.Round your answer to the nearest whole number and do not include units.

Person A: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Person A: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Person A: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Person B:
Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the calories burned when Andrew runs at 9 mph for the same time frame.

Round your answer to the nearest whole number and do not include units.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Person B:
Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the number of bacteria after 5 hours.

Round your answer to the nearest whole number and do not include units.

Person A: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Person B:
Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the height after 7 seconds.

Round your answer to the nearest whole number and do not include units.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Person B:
Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the height after 7 seconds.

Round your answer to the nearest whole number and do not include units.

Use the best fit model to predict the value of y for x=5.

Round your answer to the nearest whole number and do not include units.

Use the other model to predict the value of y for x=5.

Round your answer to the nearest whole number and do not include units.

Person A: Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Person B: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the value of y for x=42.

Round your answer to the nearest whole number and do not include units.

Person B:
Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the calories burned when Andrew runs at 9 mph for the same time frame.

Round your answer to the nearest whole number and do not include units.

Person B:
Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the number of bacteria after 5 hours.

Round your answer to the nearest whole number and do not include units.

Person B:
Exponential Equation

Using Desmos, create an exponential regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the height after 7 seconds.

Round your answer to the nearest whole number and do not include units.

Person B:
Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the height after 7 seconds.

Round your answer to the nearest whole number and do not include units.

Use the best fit model to predict the value of y for x=5.

Round your answer to the nearest whole number and do not include units.

Use the other model to predict the value of y for x=5.

Round your answer to the nearest whole number and do not include units.

Person B: Quadratic Equation

Using Desmos, create a quadratic regression equation. Round to 2 decimal places. Type the regression equation here.

Use the best fit model to predict the value of y for x=42.

Round your answer to the nearest whole number and do not include units.