(A^(2))/("mass")has the dimensions of kinetic energy. Then A has the dimensions of

(A^(2))/("mass")has the dimensions of kinetic energy. Then A has the d

1.	(A^(2))/("mass")has the dimensions of kinetic energy. Then A has the dimensions of
Answer» pressure torque MOMENT of inertia IMPULSE Solution :`(A^(2))/(mass(m))= KE= (1)/(2)mv^(2)` or `A^(2)= (1)/(2)m^(2)v^(2)` `:.` A has the DIMENSIONS of `mv= [MLT^(-1)]`which are the dimensions of impulse `(F xx t)`.