Moment of inertia Angular Acceleration
A. R.K.E. = \(\frac{1}{2}\) × Moment of inertia × (Angular velocity)2
B. R.K.E. = \(\frac{\text { Moment of inertia }}{\text { Angular Acceleration }}\)
C. R.K.E. = \(\frac{\text { Force }}{\text { Time }}\)
D. R.K.E. = \(\frac{\text { Time }}{\text { Displacement }}\)
Answer:A
Moment of inertia Angular Acceleration
A. R.K.E. = \(\frac{1}{2}\) × Moment of inertia × (Angular velocity)2 B. R.K.E. = \(\frac{\text { Moment of inertia }}{\text { Angular Acceleration }}\) C. R.K.E. = \(\frac{\text { Force }}{\text { Time }}\) D. R.K.E. = \(\frac{\text { Time }}{\text { Displacement }}\)