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
Voltage applied across Coolidge tube is (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 (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)

Cutoff wavelength of X-rays coming from a Coolidge tube depends on the

Cutoff wavelength of X-rays coming from a Coolidge tube depends on the

Cutoff wavelength of X-rays coming from a Coolidge tube depends on the

The voltage applied across an X-rays tube is nearly

Consider a photon of continuous X-ray coming from a Coolidge tube. Its energy comes from

Consider a photon of continuous X-ray coming from a Coolidge tube. Its energy comes from

Consider a photon of continuous X-ray coming from a Coolidge tube. Its energy comes from

During X-ray production from coolidge tube if the current increased, then