epsilon(0)E^(2) has the dimensions of ...

`epsilon_(0)E^(2)` has the dimensions of
(`epsilon_(0)=` permittivity of free space, `E=` electric field)
Here `k=` Boltzmann consant
`T=` absolute temperature
`R=` universal gas constant.

Similar Questions

Explore conceptually related problems

The dimensions of 1/2 epsilon_(0)E^(2) (epsilon_(0)= permittivity of free space, E= electric field) is

The dimensions of 1/2 in_(0) E^(2) ( in_(0) : permittivity of free space, E: electric field) is-

The dimension of ((1)/(2))epsilon_(0)E^(2) ( epsilon_(0) : permittivity of free space, E electric field

(E^(2))/(mu_(0)) has the dimensions ( E= electric field, mu_(0)= permeabililty of free space)

The unit of permittivity of free space epsilon_(0) is:

The unit of permittivity in free space epsilon_(0) is:

The dimensional formula of (1)/(2) epsilon_(0) E^2 is (E = "electric field")

The average thermal energy for a mono-atomic gas is: ( k_B is Boltzmann constant and T, absolute temperature)

The dimension of e^(2)//epsilon_(0)hc (here symbols have their usual meanings) are