Match List I with List II. List-I List-II a Capacitance, C i M ^ 1...

$q = CV$

$[ C ] = \left[\dfrac{q}{V}\right] = \dfrac{( A \times T{)}^{2}}{{ML}^{2}{T}^{- 2}}$

$= {M}^{- 1}{L}^{- 2}{T}^{4}{A}^{2}$

$[ E ] = \left[\dfrac{F}{q}\right] = \dfrac{{MLT}^{- 2}}{AT}$

$= {MLT}^{- 3}{A}^{- 1}$

$F = \dfrac{{q}_{1}{q}_{2}}{4\pi{\in}_{0}{r}^{2}}$

\left[{ϵ}_{o}\right] = {M}^{- 1}{L}^{- 3}{T}^{4}{A}^{2}$</p><p>Speed of light$c = \dfrac{1}{\sqrt{{\mu}_{0}{\in}_{o}}}$</p><p>${\mu}_{0} = \dfrac{1}{{ϵ}_{0}{c}^{2}}$</p><p>\left[{\mu}_{0}\right] = \dfrac{1}{\left[{M}^{- 1}{L}^{- 3}{T}^{4}{A}^{2}\right]{\left[{LT}^{- 1}\right]}^{2}}$

$= \left[{M}^{1}{L}^{1}{T}^{- 2}{A}^{- 2}\right]$