A particle moves in a circular path with constant speed . Its motion is
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Answer:
A body moving at constant speed in a circular path experiences an acceleration directed towards the centre of the circular path. This acceleration is called a centripetal acceleration and is provided by a centripetal force......
ANSWER :-
Uniform Motion in a circular path is periodic motion, since, object returns to the initial position, after regular intervals of time.
Uniform Motion in a circular path is periodic motion, since, object returns to the initial position, after regular intervals of time.Motion is not oscillatory because there is no to and fro movement.
Uniform Motion in a circular path is periodic motion, since, object returns to the initial position, after regular intervals of time.Motion is not oscillatory because there is no to and fro movement.Since, motion is not oscillatory, it cannot be simple Harmonic Motion. This is because, those motion which are S.H.M. must be oscillatory.
Uniform Motion in a circular path is periodic motion, since, object returns to the initial position, after regular intervals of time.Motion is not oscillatory because there is no to and fro movement.Since, motion is not oscillatory, it cannot be simple Harmonic Motion. This is because, those motion which are S.H.M. must be oscillatory.It is not Angular Simple Harmonic Motion motion also, because for angular S.H.M. , Torque must be proportional to the displacement. But it is not so in case of the Circular motion.
Uniform Motion in a circular path is periodic motion, since, object returns to the initial position, after regular intervals of time.Motion is not oscillatory because there is no to and fro movement.Since, motion is not oscillatory, it cannot be simple Harmonic Motion. This is because, those motion which are S.H.M. must be oscillatory.It is not Angular Simple Harmonic Motion motion also, because for angular S.H.M. , Torque must be proportional to the displacement. But it is not so in case of the Circular motion.Also, Angular S.H.M. is oscillatory motion. But the Circular motion is not so, thus it is not the correct answer.