A ball of masws `'m'` is released from point `A` where, `Theta_(0)=53^(@)` . Length of pendulium is `'l'` . Find `v,a_(r),a_(t),a` , `T` and `F_(n et)` at
(a) point `A`
(b) point `C`
(c) pont `P` where `theta=37^(@)`

In the figure shown, u=sqrt(6gR)(gtsqrt(5gR)) Find h,v,a_(r),a_(t),T and F_("net") when (a) theta=60^(@) (b) theta=90^(@) (c) theta=180^(@)

In the figure shown, u=sqrt(6gR)(gtsqrt(5gR)) Find h,v,a_(r),a_(t),T and F_("net") when (a) theta=60^(@) (b) theta=90^(@) (c) theta=180^(@)

A ball of mass 'm' is suspended from a point with a massless string of length l in form of a pendulum. This ball is given a horizontal velocity sqrt(4 gl) at bottom most point. When string makes an angle 60^(@) from lower vertical, (a_(c))/(a_(t))=p . write the value of p^(2) . (g=10 m//s^(2))

A ball of mass 'm' is suspended from a point with a massless string of length l in form of a pendulum. This ball is given a horizontal velocity sqrt(4 gl) at bottom most point. When string makes an angle 60^(@) from lower vertical, (a_(c))/(a_(t))=p . write the value of p^(2) . (g=10 m//s^(2))

Find the locus of point (ct,(c)/(t)) where t is a parameter.

A ball is released from point A. During its motion ball takes two seconds from B to C Find the time taken by ball from A to C. .

A ball is released from point A. During its motion ball takes two seconds from B to C Find the time taken by ball from A to C. .

A ball is released from point A. During its motion ball takes two seconds from B to C Find the time taken by ball from A to C. .

The locus of the point ( a cos theta, b sin theta ) where 0 le theta lt 2 pi is

The locus of the point ( a cos ^3 theta, b sin ^ 3 theta ) where 0 le theta lt 2pi is