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Intensity Amplitude Relationship

X-rays of wav...

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X-rays of wavelength 22 pm are scatered from a carbon target at an angle of 85 to the incident beamThe Compton shit for X-rays is (cos 850.088)

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Q. X-rays of wavelength of

22 p m

are scattered from a carbon target at an angle of

85^{0}

to the incident beam. The compton shift for X-rays is

(c o s 85^{0} = 0.088)

Q. Monochromatic X-rays of wavelength

0.12 A^{o}

undergo Compton scattering through an angle

60^{o}

from a carbon block. The wavelength of the scattered X-rays, in

A^{o} (T a k e \frac{h}{m_{o} c} = 0.024 A^{o})

Q. In Compton scattering, x-rays of 1

A^{o}

are scattered from a carbon block

(Z = 6)

and a Zinc block

(Z = 30)

90^{0}

with the incident beam. The ratio of scattered wavelengths is:

Q. In an experiment on Compton scattering, wavelength of incident

X - r a y

1.872

A.U. Then, the wavelength of the

X - r a y

scattered at an angle of

90^{0}

Q. The minimum wavelength X-ray produced in an X-ray tube operating at 18 kV is compton scattered at

45^{\circ}

(by a target). Find the wavelength of scattered X-ray.

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