"Hang time" is the time you are suspended in the air during a jump. Your hang time t in seconds is
given by the function t =.5Vh, where h is the height (in feet) of the jump. A kite sailor has a hang
time of 2.5 seconds. Find the height of the kite sailor's jump.

The height of the kite sailor's jump is .

Given that,

"Hangtime" is the time you are suspended in the air during a jump. Your hang time t in seconds is  given by the function t =0.5Vh,

Where h is the height (in feet) of the jump.

A kite sailor has a hang  time of 2.5 seconds.

We have to determine,

The height of the kite sailor's jump.

According to the question,

Function t =0.5Vh,

A kite sailor has an hang  time of 2.5 seconds.

Then,

The height of the kite sailor's jump is,

Hence, The height of the kite sailor's jump is .

To know more about Equation click the link given below.

link?

2.5/5V

Step-by-step explanation:

Given the expression for hang time t = 5Vh

A kite sailor has a hang time of 2.5 secs

Height of the kite’s sailor’s jump = ?

Therefore 2.5 = 5Vh

Divide both sides by 5V

2.5/5V = h

h = 2.5/5V

2,600 divided by 80 = 32.5

step-by-step explanation:

77

step-by-step explanation: