Answer: Height of building = 17.69m, velocity of brick = 18.6m/s
Explanation: From the question, the body has a zero initial speed, thus initial velocity (u) all through the motion is zero.
By ignoring air resistance makes it a free fall motion thus making it to accelerate constantly with a value of
.
Time taken to fall = 1.90s
a)
thus the height of the building is calculated using the formulae below

but u = 0 , hence


b)
to get the value of velocity (v) as the brick hits the ground, we use the formulae below

but u= 0, hence


find the attachment in this answer for the accleration- time graph, velocity- time graph and distance time graph
Answer:
Meters
Explanation:"How FAR did the athlete run?"
Also it talked about meters
I believe the correct answer from the choices listed above is the first option. <span>A blimp flying around over the Super Bowl has both kinetic and potential energy. It initially posses potential energy then as it moves te said energy is converted to kinetic energy. Hope this answers the question.
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