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At t=0 a fly wheel is rotating with angular velocity omega it then undergoes uniform angular acceleration for a time t1 at the end of which the angular velocity is omega 1 how many revolution did the flywheel make during this time interval(1) 1/2( omega+omega1)t (2) omega t/2 pi(3) omega1t/2pi(4) (omega +omega1)t/4pi |
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Answer» At t=0 a fly wheel is rotating with angular velocity omega it then undergoes uniform angular acceleration for a time t1 at the end of which the angular velocity is omega 1 how many revolution did the flywheel make during this time interval (1) 1/2( omega+omega1)t (2) omega t/2 pi (3) omega1t/2pi (4) (omega +omega1)t/4pi |
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