Question

Blake and Zoe were hiking in a wilderness area. They came up to a scenic view at the edge of
a cliff. As they stood enjoying the view, Zoe asked Blake if he still had some protein bars left,
and, if so, could she have one. Blake said, “Here’s one; catch!” As he said this, he pulled a
protein bar out of his backpack and threw it up to toss it to Zoe. But the bar slipped out of his
hand sooner than he intended, and the bar went straight up in the air with his arm out over the
edge of the cliff. The protein bar left Blake’s hand moving straight up at a speed of 24 feet per
second. If we let t represent the number of seconds since the protein bar left the Blake’s hand
and let h(t) denote the height of the bar, in feet above the ground at the base of the cliff, then,
assuming that we can ignore the air resistance, we have the following formula expressing h(t)
as a function of t,
h(t) = -16t2 + 24t +160.
just need to check my answers. thanks :))

Answer 1

\[s=ut+(at^{2})/2\]\[s=h(t)\]\[u=24\]\[a=-9.81\]So..\[h(t)=24t+(-4.91t^{2})\]
This is what i think.... dont know how you got your result
And where did you get 160?

Answer 2

Yohan Blake and Usain Bolt

Answer 3

blake u mean Yohan Blake

Answer 4

and zoe Usain Bolt hahahahahahhahaaaa

Answer 5

thats the whole question . i didnt throw my answer out there .

Answer 6

then whats the question?
The "question" only states points.. there is no question.

Answer 7

idk .. this is just whats on my assignment