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Uniform Circular Motion

A particle P ...

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A particle P moves in a counter clock wise direction on a circular path as shown in fig. The movement of P is such that it sweeps out a length S = t^{3 }+5 where S is in metres and t is in seconds. The radius of the path is 20 m. The acceleration of P when t = 2 s is nearly:

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P

moves in counter-clockwise direction on a circular path as shown in the figure. The movement of

P

is such that it sweeps out a length

s = t^{3} + 5

s

is in metres and

t

is in seconds. The radius of the path is

20

m

. The acceleration of

P

t = 2 s

P

moves in counter clockwise direction on a circular path a shown in figure. The movement of

P

is such that it sweeps out a length

s = t^{2} + 5

s

is in metre and

t

in second. The radius of the path is

20 m

. The acceleration of

P

t = 2 s

Q. A particle is moving along a circular path of radius

5 c m

, at a speed of

v = 5 t^{2}

v

c m / s

t

is in seconds. The magnitudes of tangential acceleration and total acceleration (in

m m / s^{2})

of the particle at time

t = 2 s

Q. A particle is moving along a circular path of radius

5 c m

, at a speed of

v = 5 t^{2}

v

c m / s

t

is in seconds. The magnitudes of tangential acceleration and total acceleration (in

m m / s^{2})

of the particle at time

t = 2 s

Q. A particle is moving on a circular path of radius

3 c m

with a time varying speed of

v = 3 t c m / s

t

is in seconds. The magnitude of tangential acceleration and the total acceleration of the particle at

t = 1 s

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