I’m not quite sure how to answer this question , 5% either or color
I believe the correct answer would be B. Down payment
Your welcome
The law of an object moving with constant acceleration is

Where
is space,
is time,
is the initial position,
is the initial velocity and
is the acceleration.
In this case, if we choose a reference grid with the vertical axis pointing upwards, the acceleration of gravity will point downwards (and thus be negative). The initial position is zero, because the rocket is on the ground, and the initial velocity is 100 (positive because pointing upwards).
So, its law is

(I changed
for
since the rocket is moving vertically, so its position is actually its height. Also, g is the acceleration due to gravity).
The rocket hits the ground if its height is zero, so if we set
we have

Solving for t, we have either t=0, or

The solution t=0 means that at the beginning the rocket is on the ground. So, we're interested in the other solution. Considering that g is about 32.2 feet/s^2, we have

A, C, E
B false because triangle is confirmed larger if the circle is fit inside of it.
D false because circle on the inside.
A true because triangle on outside
C true because it is a property of inscribed/circumscribed circles/triangles
E true because of inverse relationship
Answer:
A) 22 units
Step-by-step explanation:
Count the lines between the vertices. Each square unit you cross is 1 unit.
I don't know if I really explained this too well, but I hope it helps.