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The ratio of the dimensions of Planck's constant and that of moment of inertia is the dimensions of |
Time Frequency Angular Momentum Velocity |
Frequency |
Plank constant (h) = p${\lambda}$= $[MLT^{-1}]$[L] = $[ML^2T^{-1}]$ Moment of Inertia I = ${mr^2}$ = $[ML^2]$ ratio $\frac{h}{I}$ = $\frac{[ML^2T^{-1}]}{[ML^2T^{-1}]}$ = $[T^{-1}]$ = Frequency |
