The energy of an element with a vacancy in K-shell is 35.2 keV, in L-shell is 5.25 keV and in M-shell is 0.55 keV higher than the energy of the atom of with no vacancy. Find the frequency of `K_(alpha),K_(beta) and L_(alpha)` X-rays of that element.

Explanation

To solve the problem, we need to calculate the frequencies of K_alpha, K_beta, and L_alpha X-rays using the energy differences between the shells. The energy levels for the vacancies in the K, L, and M shells are given as follows:

- Energy of K-shell (E_K) = 35.2 keV
- Energy of L-shell (E_L) = 5.25 keV
- Energy of M-shell (E_M) = 0.55 keV

### Step 1: Convert energies from keV to joules
1 keV = \(1.6 \times 10^{-16}\) J.
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