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Hello,

Physically, a body in rotational motion without either sliding or rolling, will rotate about a fixed axis. Example: a ceiling fan.

The basic difference among the three groups is:

In sliding, the particles of the object are in linear motion. While in rotational motion, the particles rotate around a

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Hello!!!!

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Yes , We can apply a=(gsinθ - μgcosθ)

Σ F = Fg - Fk  ( Fg is force exerted by the block , Fk is the frictional force,  we can consider frictional force according to the question)

Σ F=(mgsinθ - μmgcosθ),,θ is the angle

Hello,

You can definitely apply kinematics equation for Rolling Body in incline plane full stop if you can apply the equations correctly then you can see the problem has reduced to a very simple equations and  it's easy to solve it it then the normal problems.

Thank you.

Hello,

We know that, for Simple Pendulum,

Kinetic Energy = T = [ m.ω^2 ( A^2 − x^2 ) ] / 2

Potential Energy = U = m.ω^2.x^2

Hence, Ratio of Kinetic Energy to the Potential Energy is,

T / U = ( A^2 - x^2 ) / x^2

i.e.,

Hello,

We know that, for Simple Harmonic Motion,

Velocity at mean position =Vmax = A.ω, where, ω = 2π / T

So, p = A.2π / T1   ( Since, A1 = A2 = A )

and q = A.2π / T2

So, p / q = T2 /T1

So, p