A relief package is released form a helicopter at 1600 feet. The height of the package can be modeled by h=16t^2 + 1600, where h is the height of the package in feet and t is the time in seconds. The pilot wants to know how long it will take for the for the package to hit the ground.

a. Write the equation

b. solve the equation

Question

Hopkins

Mathematics

4 October, 03:15

A relief package is released form a helicopter at 1600 feet. The height of the package can be modeled by h=16t^2 + 1600, where h is the height of the package in feet and t is the time in seconds. The pilot wants to know how long it will take for the for the package to hit the ground.

a. Write the equation

b. solve the equation

+2

Answers (2)

Know the Answer?

Kyan · Answer 1

Hello there!

To answer this question you will jave to do the following steps:

Steps:

0 = - 16 (t2-100) 0

= - 16 (t+10) (t-10) t =

-10 and + 10 seconds.

So the answer would be:

Answer: t=10

or

t=10 sec

Hoping this helsp you!

-Ari.

Brock Bell · Answer 2

The equation is h (t) = - 16t2 + 1600.

When the package hits the ground, h (t) = 0: 0 = - 16t2 + 1600 To solve by factoring: 0 = - 16 (t2-100) 0 = - 16 (t+10) (t-10) t = - 10 and + 10 seconds.

Since we aren't interested in negative time, t = 10 seconds.