Physics, asked by ikshwak, 1 year ago

the velocity of a body moving vertically up is 49m/sat half the maximum height . The height to which it could further rise up is?

Answers

Answered by Vanshita611
20
Initial velocity is 49 m per sec and final velocity is 0 n the gravitational force is 9.8 m per sec sq so by using the formula v^2-u^2=2gh, we can find the answer.
Hope it helps u dear

Vanshita611: no
Vanshita611: it's 9.8
Yash061: sry 10m/s
Vanshita611: it's OK friend
Yash061: i have solved with 10m/s
Yash061: round of
Vanshita611: U should take 9.8 m/s sq.
Yash061: ok
Vanshita611: That's why your answer is also round of
ikshwak: ok but i. did'nt got ur point
Answered by sathvik7678
19

\huge\underline\mathfrak{Answer}

GIVEN

velocity at half of maximum height = 49m/s

TO FIND

The height it could further rise

We know that,

velocity at maximum height = 0

{v}^{2} - {u}^{2} = -2gh(for body projected vertically up)

Substituting

u = 49 & v = 0 & g = 9.8,

{0}^2 - {49}^2 =- 2(9.8)(s)

- 2401 = -19.6s

s = -2401/-19.6

s = 122.5 m

Hope it helps...

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