a car moving with a uniform velocity of 44 metre per second overtakes and the car be which is just moving from rest with an acceleration of 2 metre per second after how much time do they meet again
Answers
Answered by
6
The second car should gain the constant velocity of first car which is 44m/s
So, final velcity (v)= 44m/s
initial velocity (u)=0
taken time=t s
acceleration (a) =2m/s^2
Using formula,
v=u+at
=>44=0+2t
or, t=44/2=22s
Ans. 22s
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So, final velcity (v)= 44m/s
initial velocity (u)=0
taken time=t s
acceleration (a) =2m/s^2
Using formula,
v=u+at
=>44=0+2t
or, t=44/2=22s
Ans. 22s
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Anonymous:
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Answered by
12
Here's your answer..
Solution:-
Initial velocity(u) =0
Final Velocity(v) =44m/s
Acceleration=2m/s^2
Time =?
We will find time by using equation:-


Hence,
Time taken is 22 seconds.
Hope it helps you....
Solution:-
Initial velocity(u) =0
Final Velocity(v) =44m/s
Acceleration=2m/s^2
Time =?
We will find time by using equation:-
Hence,
Time taken is 22 seconds.
Hope it helps you....
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