Question

Brandi, an amateur skier, begins on the "bunny hill," which has a vertical drop of 200 feet. Her speed at the bottom of the hill is given by the equation v2 = 64h, where the velocity v is in feet per second and the height h of the hill is in feet. Assuming there is no friction, approximate Brandi's velocity at the bottom of the hill.

Answer 1

Answer:

Brandi's velocity at the bottom of the hill is 0 ft / s

Step-by-step explanation:

Given:

Height of the bunny hill = 200

speed  is given by $v^2 = 64h$

To find:

Brandi's velocity at the bottom of the hill = ?

Solution:

At the bottom of the hill , the height  is zero

Thus the speed of  Brandi at height h = 0

$v^2 = 64(0)$

$v^2 = 0$