6.3 Task: Modeling/Regression

Last updated almost 2 years ago

37 Nsɛmmisa

Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

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.

Akwankyerɛ

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 almost 2 years ago

37 Nsɛmmisa

Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

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.

Akwankyerɛ

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.

null

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)

Person B:
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)

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.

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

null

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)

Person B:
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)

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.

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

null

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)

Person B:
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)

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.

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

null

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)

Person B:
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)

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.

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?

null

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)

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

null

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 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)

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)

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)

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)

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)

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)

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 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.

Select the best fit model:

Select the best fit model:

Select the best fit model:

Select the best fit model:

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.

Select the best fit model:

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)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Type R²(round to 4 decimal places)

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)

Person B: 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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Person B:
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)

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.

Type R²(round to 4 decimal places)

Type R²(round to 4 decimal places)

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.

Type R²(round to 4 decimal places)

Person B: 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)

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.

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.