& How many revolutions, a particle completes when it is displaced through
?
Answers
Answered by
19
Explanation:
Angular displacement in one complete revolution= 2*pi radian
We have 1.5 revolution which means one complete revolution and a half revolution.
We need to find the angular displacement in half revolution first.
Angular displacement in half revolution= angular displacement in one revolution/2
So,
Angular displacement in half revolution= 2*pi/2= pi radian
So,
The angular displacement of the particle in 1.5 revolution= 2*pi + pi= 3*pi
Therefore, the angular displacement of the particle will be 3*pi radian.
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Answered by
7
Answer:
It can be done by unitary method! We know,. 1 revolution = 2π radians. So, 10 radian = 1/2π×10. = 5/π ...
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