Match List - I with List - II : List - I List - II a h (Planck's constant) i MLT - 1 b E (kinetic energy) ii ML 2 T - 1 c V (electric potential) iii ML 2 T - 2 d P (linear momentum) iv ML 2 I - 1 T - 3 Choose the correct answer from the options given below:

Question

Match List - I with List - II : List - I List - II a h (Planck's constant) i MLT - 1 b E (kinetic energy) ii ML 2 T - 1 c V (electric potential) iii ML 2 T - 2 d P (linear momentum) iv ML 2 I - 1 T - 3 Choose the correct answer from the options given below:, a → ii , b → iii , c → iv , d → i, a → i , b → ii , c → iv , d → iii, a → iii , b → ii , c → iv , d → i, a → iii , b → iv , c → ii , d → i

MARKS App · Accepted Answer

By dimensional analysis. K . E . = ML 2 T - 2 P (linear momentum) = MLT - 1 h ( planck's constant ) = ML 2 T - 1 V (electric potential ) = ML 2 T - 3 I - 1

	$List - I$		$List - II$
$(a)$	$h$ (Planck's constant)	$(i)$	$[{MLT}^{- 1}]$
$(b)$	$E$ (kinetic energy)	$(ii)$	$[{ML}^{2} T^{- 1}]$
$(c)$	$V$ (electric potential)	$(iii)$	$[{ML}^{2} T^{- 2}]$
$(d)$	$P$ (linear momentum)	$(iv)$	$[{ML}^{2} I^{- 1} T^{- 3}]$

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