Question

A stone is thrown vertically upward with an initial velocity of 40meter per second. Find the maximum height reached by the stone . What are the net displacement and the total distance covered by the stone.

Answer 1

Hello there,

The answer to your question is in the attached pic.

Please refer the pic for the step-by-step explanation.

Hope you find my answer useful.

Harith

Answer 2

_/\_Hello mate__here is your answer--

____________________

u = 40 m/s

v = 0 m/s

s = Height of the stone

g = −10 ms−2 ( upward direction)

Let h be the maximum height attained by the stone.

Using equation of motion under gravity

v^2 − u^2 = 2gs

⇒0^2 − 40^2 = 2(−10)ℎ

⇒ ℎ =40×40/ 20 = 80

Therefore, total distance covered by the stone during its upward and downward journey

= 80 + 80 = 160 m

Net displacement during its upward and downward journey

= 80 + (−80) = 0.

I hope, this will help you.☺

Thank you______❤

_______________________❤