Table below given analogy between translational and rotational motions. Match the following. Linear motion - Velocity, Mass, Force,

Question

Table below given analogy between translational and rotational motions. Match the following.

Linear motion	Relation motion
velocity	Angular momentum
mass	1/2 τω2
\(\frac{1}{2}\) mv2	τ = \(\frac{dL}{dt}\)
a = \(\frac{dv}{dt}\)	Moment of inertia
F = \(\frac{dp}{dt}\)	1/2 lω2
	F = \(\frac{dl}{dt}\)
	Torque a =\(\frac{dω}{c^"}\)

Answer 1

Linear motion	Relation motion
velocity	Angular momentum
mass	Momentum of inertia
Force	Torque
\(\frac{1}{2}\) mv2	1/2 τω2
a = \(\frac{dv}{dt}\)	a =\(\frac{dω}{c^"}\)
F = \(\frac{dp}{dt}\)	τ = \(\frac{dL}{dt}\)