Physics, asked by sravskoduru, 11 months ago

A ball is thrown vertically upward with a velocity of 20 m per second the distance covered by the ball during the first second in the downward journey is ​

Answers

Answered by Anonymous
4

Answer:

Time to reach maximum height can be obtained from v=u+at

0=20+(−10)t

t=2s

s=ut+0.5at

2

=20(2)+0.5(−10)(2)

2

=20m

Thus, total distance for maximum height is 45 m

s=ut+0.5at

2

45=0+0.5(10)(t

)

2

t

=3s

Total time= 3+2= 5s

Attachments:
Answered by acsahjosemon40
0

Answer:

Time to reach maximum height can be obtained from v=u+at

0=20+(−10)t

t=2s

s=ut+0.5at

2

=20(2)+0.5(−10)(2)

2

=20m

Thus, total distance for maximum height is 45 m

s=ut+0.5at

2

45=0+0.5(10)(t)2t

=3s

Total time= 3+2= 5s

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