Both the front and rear wheels of a motor scooter have a reflector attached to their spokes. The height in inches above the ground of the reflector attached to the front wheel is given by the function h(t)=2cos(4πt)+6h(t)=2cos(4πt)+6, where tt is the time in seconds since the motor scooter reached a constant speed. The height above the ground of the reflector attached to the rear wheel since the motor scooter reached a constant speed is shown by the graph. Select the correct option in each drop-down list to complete the sentence. When the motor scooter first reached a constant speed, the reflector attached to the front wheel was 4,6,8,10 inches above the ground, and the reflector attached to the rear wheel was 4,6,8,10 inches above the ground, so the reflector attached to the front,rear,wheel was higher.
Both the front and rear wheels of a motor scooter have a reflector attached to their spokes. The height in inches above the ground of the reflector attached to the front wheel is given by the function h(t)=2cos(4πt)+6h(t)=2cos(4πt)+6, where tt is the time in seconds since the motor scooter reached a constant speed.
The height above the ground of the reflector attached to the rear wheel since the motor scooter reached a constant speed is shown by the graph.
Select the correct option in each drop-down list to complete the sentence.
When the motor scooter first reached a constant speed, the reflector attached to the front wheel was 4,6,8,10 inches above the ground, and the reflector attached to the rear wheel was 4,6,8,10 inches above the ground, so the reflector attached to the front,rear,wheel was higher.
Trending now
This is a popular solution!
Step by step
Solved in 5 steps with 2 images
