If electronic charge e, electron mass m, speed of light in vaccum c and Plank's constant h are taken as fundamental quantities, the permeability of vaccum μ0 can be expressed in units ofHint: [h]=[ML2T−1],[μ0]=[MLT−2A−2]

If electronic charge e, electron mass m, speed of light in vaccum c an

1.	If electronic charge e, electron mass m, speed of light in vaccum c and Plank's constant h are taken as fundamental quantities, the permeability of vaccum μ0 can be expressed in units ofHint: [h]=[ML2T−1],[μ0]=[MLT−2A−2]
Answer» If electronic charge $e$ , electron mass $m$ , speed of light in vaccum $c$ and Plank's constant $h$ are taken as fundamental quantities, the permeability of vaccum $μ_{0}$ can be expressed in units of Hint: $[h] = [M L^{2} T^{- 1}], [μ_{0}] = [M L T^{- 2} A^{- 2}]$

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If electronic charge e, electron mass m, speed of light in vaccum c and Plank's constant h are taken as fundamental quantities, the permeability of vaccum μ0 can be expressed in units ofHint: [h]=[ML2T−1],[μ0]=[MLT−2A−2]

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