In circular motion of a particle,

Is circular motion of a particle on oscillatory motion?

In a circular motion of a particle the tangential acceleration of the particle is given by a_(1)= 2m//s^(2) . The radius of the circle described is 4 m. The particle is initially at rest. Time after which total acceleration of the particle makes 45^(@) with radial acceleration is :

In a circular motion of a particle , the tangential acceleration of the particle is given by a_t = 9 m s^(-2) . The radius of the circle is 4m . The particle was initially at rest. Time after which total acceleration of the particle makes an angle of 45^@ with the radial acceleration is

In a circular motion of a particle the tangential acceleration of the particle is given by a_(t) = 2t m//s^(2) . The radius of the circle described is 4m . The particle is initially at rest. Time after which total acceleration of the particle makes 45^(@) with radial acceleration is :

In a circular motion of a particle the tangential acceleration of the particle is given by a_(1)= 2m//s^(2) . The radius of the circle described is 4 m. The particle is initially at rest. Time after which total acceleration of the particle makes 45^(@) with radial acceleration is :

In a circular motion of a particle , the tangential acceleration of the particle is given by a_t = 9 m s^(-2) . The radius of the circle is 4m . The particle was initially at rest. Time after which total acceleration of the particle makes an angle of 45^@ with the radial acceleration is

In uniform circular motion of a particle

In uniform circular motion of a particle