2. runction h describes the height of a ball, in inches, after n bounces and is defined by
the equation hín) = 120. )
a. what is h(3)? what does it represent in this situation?
b. could f(n) be 150? explain how you know.
c. which ball loses its height more quickly, this ball or a tennis ball whose height in
inches after n bounces is modeled by the functionſ where f(x) = 50. )?
d. how many bounces would it take before the ball bounces less than 12 inches
from the surface?

what does h(3) represent in this situation

1.677

step-by-step explanation:

i'm not good at explaining stuff but if you need an answer i'm here for you.

if e is the midpoint of bd, then bd is 14.

step-by-step explanation:

8.75

how-to:

first, we need to find what we have to work with.

since i know that we have 7 (years) and 0.8 (inches), we can use these to solve and find the equation!

secondly, what you want to do, is see that we need to know how much growth out of the 0.8 inches he got in only 1 year, instead of 7 years.

let's try to divide.

7 ÷ 0.8 = 8.75

the answer is b 4pi/3

got it down chief.