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Direction of Angular Velocity

nta particle ...

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nta particle moving in a circular pah. the acceleration and momentum of the particle at a certain moment are a=4i+3j and P =8i-6j.the otion of the particle isn ntuniform circlarn ntaccelerated circularn ntdeacc circularn ntnonen

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Q. A particle is moving in a circular path. The acceleration and momentum of the particle at a certain moment are

\to a = (4^i + 3^j) m / s^{2}

\to p = (8^i - 6^j) k g m / s

. The motion of the particle is

Q. A particle is moving in a circular path. The acceleration and momentum of the particle of a certain moment are

\to a = (4^i + 3^j) m / s^{2}

\to p = (8^i - 6^j) k g - m s^{- 1}

.
The motion of the particle is:

Q. A particle is moving in a circular path. The acceleration and momentum of the particle at a certain moment are

\to a = (4^i + 3^j) m / s^{2}

\to p = (8^i - 6^j) k g m / s

. The motion of the particle is

Q. A particle is moving in a circular path. The acceleration and momentum vectors at an instant of time are

\to a = 2 \to i + 3 \to j m / s^{2}

\to P = 6 \to i - 4 \to j

kgm/s. Then the motion of the particle is:

Q. A particle is moving with a constant angular acceleration of

4 r a d / s^{2}

in a circular path. At time

t = 0

, particle was at rest. Find the time at which the magnitudes of centripetal acceleration and tangential acceleration are equal.

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Direction of Angular Velocity

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