Hey. ....Give the relationship b/w linear velocity and angular velocity!
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◆Hey there!!
___________
we know that:-
suppose a body is moving around the circle of radius 'r' so relationship between angular(θ) and linear(l) displacement is
=> angular displament (θ) = l/r ------(1)
so differentiating both sides w.r.t time
>> dθ/dt = 1/r dl/dt
since dθ/dt = angular velocity (ω)
and dl/dt = linear velocity (l)
so putting these values we get,
>>> ω = v/r
>>>. v = rω
______________________________
Hope it will help you .
___________
we know that:-
suppose a body is moving around the circle of radius 'r' so relationship between angular(θ) and linear(l) displacement is
=> angular displament (θ) = l/r ------(1)
so differentiating both sides w.r.t time
>> dθ/dt = 1/r dl/dt
since dθ/dt = angular velocity (ω)
and dl/dt = linear velocity (l)
so putting these values we get,
>>> ω = v/r
>>>. v = rω
______________________________
Hope it will help you .
Anonymous:
ohhh
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I hope this help for you
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