Consider a particle moving in the x-y plane according to r=r (cos omegat hat(i)+sin omega t hat(j)), where r and omega are constants. Find the trajectory, the velocity, and the acceleration.

Consider a particle moving in the x-y plane according to r=r (cos omeg

1.	Consider a particle moving in the x-y plane according to r=r (cos omegat hat(i)+sin omega t hat(j)), where r and omega are constants. Find the trajectory, the velocity, and the acceleration.
Answer» PERPENDICULAR to the velocity Parallel to the velocity Directed AWAY from the origin Perpendicular to the POSITION vector Answer :A

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Consider a particle moving in the x-y plane according to r=r (cos omegat hat(i)+sin omega t hat(j)), where r and omega are constants. Find the trajectory, the velocity, and the acceleration.

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