MATH SOLVE

2 months ago

Q:
# The formula v =sqrt 64h can be used to find the velocity, v, in feet per second, of an object that has fallen h feet. Find the velocity of an object that has fallen 23 feet. Round to the nearest tenth.,

Accepted Solution

A:

To solve the problem shown in the figure attached in the exercise, you must follow the proccedure shown below:

1. You have that the formula for calculate the velocity (v) in feet per second (ft/s), of an object that has fallen h feet is:

v=√(64h)

2. The problem shown above asks for the velocity of an object that has fallen 23 feet. Therefore, to solve this exercise you only have to susbtitute h=23 feet into the formula for calculate the velocity (v), as below:

v=√(64h)

h=23 feet

v=√(64)(23)

v=√(1472)

v=8√23

v=38.37 feet per second

3. Therefore, as you can see, the correct answer is the second option, which is: 38.37 feet per second

1. You have that the formula for calculate the velocity (v) in feet per second (ft/s), of an object that has fallen h feet is:

v=√(64h)

2. The problem shown above asks for the velocity of an object that has fallen 23 feet. Therefore, to solve this exercise you only have to susbtitute h=23 feet into the formula for calculate the velocity (v), as below:

v=√(64h)

h=23 feet

v=√(64)(23)

v=√(1472)

v=8√23

v=38.37 feet per second

3. Therefore, as you can see, the correct answer is the second option, which is: 38.37 feet per second