The ratio of the dimension of planck constant and that of moment of inertia is the dimension of ……….

The ratio of the dimension of planck constant and that of moment of in

1.	The ratio of the dimension of planck constant and that of moment of inertia is the dimension of ……….
Answer» time frequency velocity angular momentum Solution :`("Panck's CONSTANT")/("Moment of inertia")=(h)/(M.I)=((E )/(v))/(mr^(2))` `"Dimension of "=(h)/(M.I)=((ML^(2)T^(-2))/(T^(-1)))/(ML^(2))=T^(-1)`