A diver jumps off the springboard and dives into a pool. The following table shows the distance of the diver from the surface of the water as a function of the time (in seconds) it takes for the diver to enter the water of the pool.

Based on a quadratic regression model, when will the diver enter the water? (Rounded to the nearest tenth)
A) After 2.8 seconds
B) After 2.6 seconds
C) After 2.9 seconds
D) After 2.7 seconds
E) After 3.0 seconds

Question

A diver jumps off the springboard and dives into a pool. The following table shows the distance of the diver from the surface of the water as a function of the time (in seconds) it takes for the diver to enter the water of the pool.

Based on a quadratic regression model, when will the diver enter the water? (Rounded to the nearest tenth)

Based on a quadratic regression model, when will the diver enter the water? (Rounded to the nearest tenth)
A) After 2.8 seconds 
B) After 2.6 seconds 
C) After 2.9 seconds 
D) After 2.7 seconds 
E) After 3.0 seconds

Quizplus · Accepted Answer

The Answer of A diver jumps off the springboard and dives into a pool. The following table shows the distance of the diver from the surface of the water as a function of the time (in seconds) it takes for the diver to enter the water of the pool.

Based on a quadratic regression model, when will the diver enter the water? (Rounded to the nearest tenth)
A) After 2.8 seconds 
B) After 2.6 seconds 
C) After 2.9 seconds 
D) After 2.7 seconds 
E) After 3.0 seconds

A Diver Jumps Off the Springboard and Dives into a Pool