Findfor the following function.dxy = 6 sinx + 2 cos xdydx%3D The distance an object falls (when released from rest, under the influence of Earth's gravity, and with no airresistance) is given by d(t) = 16t2, where don a ledge on a vertical wall and carefully observes the time it takes for a small stone to fall from the ledge to theground.a. Compute d' (t). What units are associated with the derivative, and what does it measure?b. If it takes 5.2 s for a stone to fall to the ground, how high is the ledge? How fast is the stone moving when itstrikes the ground (in miles per hour)?measured in feet and t is measured in seconds. A rock climber sitsa. d'(t) =|The units associated with the derivative areand it measures theof the stone.b. The ledge is(Round to the nearest integer as needed.)feet high.The stone is moving at(Round to the nearest integer as needed.)mi/hr when it strikes the ground.

Name: Findfor the following function.dxy = 6 sinx + 2 cos xdydx%3D The dist
Uploaded: 2024-03-20T06:46:55.000Z
Channel: Bartleby
Description: Findfor the following function.dxy = 6 sinx + 2 cos xdydx%3D The distance an object falls (when released from rest, under the influence of Earth's gravity, and with no airresistance) is given by d(t) = 16t2, where don a ledge on a vertical wall and