The table below shows the velocities, in feet per second, of a ball that is thrown horizontally from the top of a 50 foot building and the distances, in feet, that it lands from the base of the building. Compute the linear regression equation for these data, rounding to 5 decimal places, and then using this model, find the expected distance a ball will travel when the velocity is 53 feet per second. Round your final answer to the nearest foot.
A)166
B)169
C)170
D)164
E)167

Question

The table below shows the velocities, in feet per second, of a ball that is thrown horizontally from the top of a 50 foot building and the distances, in feet, that it lands from the base of the building. Compute the linear regression equation for these data, rounding to 5 decimal places, and then using this model, find the expected distance a ball will travel when the velocity is 53 feet per second. Round your final answer to the nearest foot. 
A)166 
B)169 
C)170 
D)164 
E)167

Quizplus · Accepted Answer

The Answer of The table below shows the velocities, in feet per second, of a ball that is thrown horizontally from the top of a 50 foot building and the distances, in feet, that it lands from the base of the building. Compute the linear regression equation for these data, rounding to 5 decimal places, and then using this model, find the expected distance a ball will travel when the velocity is 53 feet per second. Round your final answer to the nearest foot. 
A)166 
B)169 
C)170 
D)164 
E)167

The Table Below Shows the Velocities, in Feet Per Second