The height, h, in feet of a ball suspended from a spring as a function of time, t, in seconds can be modeled by the equation h =

Question

2 years ago

9

a sine (b (t minus h)) k. what is the height of the ball at its equilibrium? a feet b feet h feet k feet

1 answer:

shusha [124] · Answer 1 · 2023-01-17T13:38:13+03:00

The function is a sine function and, the height of the ball at equilibrium is a feet

<h3>How to determine the height at equilibrium?</h3>

The function of the height is given as:

h = a sin(b (t - h)) k

The above function is a sine function, and the amplitude of the function is the variable a

The amplitude is the height of the ball at equilibrium

Hence, the height of the ball at equilibrium is a feet