The velocity of a body changes from 65 m/s - 98 m/s by Time of 12 s . What is distance covered by body if acceleration is 2.75 m/s2.
Answers
Answered by
181
Given :
- The velocity of a body changes from 65 m/s to 98 m/s .
- Time taken by the body is 12 sec .
- Acceleration of the body is 2.75 m/s² .
To Find :
- Distance travelled by the body .
Solution :
Using 2nd Equation :
Putting Values :
So , The Distance travelled by the body is 978 m .
_______________________
Three Equations Of Motion :
- v = u + at
- s = ut + 1/2 at²
- v² - u² = 2as
Here :
- v = Final Velocity
- u = Initial Velocity
- t = Time Taken
- a = Acceleration
- s = Distance Travelled
_______________________
Answered by
192
Answer:
Given:-
- The velocity of the body changes from 65 m/s -98m/s by time of 12s.
- And also given acceleration is
To find :-
- Distance covered by the body.
Explanation :-
- Here we can find distance covered by the body by the 2nd equation of motion formula.
- Which is ,
- where,
- a=acceleration
- u=initial velocity
- t=time
- s=distance covered
- Now applying the values we get that,
Therefore, the distance covered by the body is 978m.
☆Used formula :-
- Equations of motion .
- here we used 2nd equation of motion formula. which is s=ut+1/2at^2.
- So we get the distance covered by the body in this question.
Hope it helps u mate .
Thank you .
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