1. Driving Distance: The distance traveled by a matchbox car released down a ramp is given...

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1. Driving Distance: The distance traveled by a matchbox car released down a ramp is given by the values in the table. t (seconds) d (cm) 0.3 2.5 0.6 8.1 0.9 21.0 1.2 32.7 1.5 44.2 a) (4 points) Use technology (Desmos, or a similar program) to plot the distances, d as a function of t. Make sure to give your graph a title and axis labels. b) (3 points) Use technology to find an exponential regression model for the above data. Attach a screenshot of your data points with the overlying exponential regression model. Make sure to explicitly state the equation for the exponential regression model. c) (3 points) Use the exponential model found in part (b) to estimate the distance traveled at the 1.3 second mark. 1. Driving Distance: The distance traveled by a matchbox car released down a ramp is given by the values in the table. t (seconds) d (cm) 0.3 2.5 0.6 8.1 0.9 21.0 1.2 32.7 1.5 44.2 a) (4 points) Use technology (Desmos, or a similar program) to plot the distances, d as a function of t. Make sure to give your graph a title and axis labels. b) (3 points) Use technology to find an exponential regression model for the above data. Attach a screenshot of your data points with the overlying exponential regression model. Make sure to explicitly state the equation for the exponential regression model. c) (3 points) Use the exponential model found in part (b) to estimate the distance traveled at the 1.3 second mark.

Answer rating: 100% (QA)

To solve this problem we will first plot the data points given in the table and then use technology ... View the full answer