Figure shows `K_(alpha)`& `K_(beta)` X-rays along with continuous X-ray. Find the energy of `L_(alpha)` X-ray. (Use hc = 12420 evÅ)

K_(alpha) characteristic X-ray refers to the transition

The X-ray spectrum of a metallic target has been shown in figure (a) What is the accelerating potential difference for bombarding electrons? (b) Two characteristic X-rays have been shown in the figure one of them is k_(alpha) X-ray and the other one is k_(beta) X-ray. What is wavelength of k_(alpha) X-ray? (c) Find the atomic number of the target atom.

Figure shows intensity versus wavelength graph of X-rays coming from coolidge-tube with molybdenum as target element : The two peaks shown in graph correspond to K_(alpha) and K_(beta) X-rays Wavelength of L_(alpha) X-rays from Coolidge tube will be (approximatly)

Figure shows intensity versus wavelength graph of X-rays coming from coolidge-tube with molybdenum as target element : The two peaks shown in graph correspond to K_(alpha) and K_(beta) X-rays Wavelength of L_(alpha) X-rays from Coolidge tube will be (approximately)

The K_alpha and K_beta X-rays of molybdenum have wavelengths 0*71 A and 0*63 A respectively. Find the wavelength of L_alpha X-ray of molybdenum.

The K_alpha and K_beta X-rays of molybdenum have wavelengths 0*71 A and 0*63 A respectively. Find the wavelength of L_alpha X-ray of molybdenum.

The K_alpha and K_beta X-rays of molybdenum have wavelengths 0*71 A and 0*63 A respectively. Find the wavelength of L_alpha X-ray of molybdenum.

Distinguish between alpha rays and beta rays

An element of atomic number 9 emits K_(alpha) X-ray of wavelength lamda . Find the atomic number of the element which emits K_(alpha) X-ray of wavelength 4lamda .

An element of atomic number 9 emits K_(alpha) X-ray of wavelength lamda . Find the atomic number of the element which emits K_(alpha) X-ray of wavelength 4lamda .