The `K_(alpha) X`-ray emission line of tungsten occurs at `lambda = 0.021 nm`. The energy difference between K and L levels in this aotm is about : `0.51 MeV`

The K_(alpha) X -ray emission line of tungsten occurs at lambda = 0.021 nm . The energy difference between K and L levels in this atom is about

The K_(infty) X-ray emission line of tungsten occurs at lambda = 0.021 nm.The energy difference between K and L levels in this atom is about

The K_(alpha) X-ray emission line of lungsten accurs at lambda = 0.021 nm . What is the energy difference between K and L levels in the atom?

The K_(alpha) X-ray emission line of lungsten accurs at lambda = 0.021 nm . What is the energy difference between K and L levels in the atom?

The wavelength of K_(alpha) X-ray line for an element is 0.42Å . Find the wavelength of K_(beta) line emitted by the same element.

The wavelength of K_(alpha) X-ray line for an element is 0.42Å . Find the wavelength of K_(beta) line emitted by the same element.

Which element has K_(alpha) x-ray line whose wavelength is 0.180 nm?

If lambda_(Cu) is the wavelength of K_(alpha) X-ray line of copper (atomic number 29 ) and lambda_(Mo) is the wavelength of the K_(alpha) X-ray line of molybdenum (atomic number 42 ),then the ratio lambda_(Cu)//lambda_(Mo) is close to

If lambda_(Cu) is the wavelength of K_(alpha) X-ray line of copper (atomic number 29 ) and lambda_(Mo) is the wavelength of the K_(alpha) X-ray line of molybdenum (atomic number 42 ),then the ratio lambda_(Cu)//lambda_(Mo) is close to