The phenomenon of X-ray production is basically inverse of photoelectric effect.

Question

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Answer 1

In photoelectric effect, the photon falling on some matter is absorbed by the matter and its energy is transferred to an electron of the matter. In X-ray production, photons are produced which get energy from energetic electrons ionising the inner shells of the target which in turn cause a cascade of emission lines.

Answer 2

In photoelectric effect, the photon falling on some matter is absorbed by the matter and its energy is transferred to an electron of the matter. In X-ray production, photons are produced which get energy from energetic electrons ionising the inner shells of the target which in turn cause a cascade of emission lines.

The phenomenon of X-ray production is basically inverse of photoelectric effect.

X-rays are electromagnetic waves.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion

Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion

Assertion is correct but Reason is incorrect

Both Assertion and Reason are incorrect

The production of continuous X-ray spectrum is the reverse process of:

For the production of characteristic $k r -$ x-ray the electron transition is :

In an X-ray tube if the electrons are accelerated through 140 KV then anode current obtained is 30 mA. If the whole energy of electrons is converted into heat then the rate of production of heat at anode will be

What is the use of an X-ray tube?

(i) What is Compton effect?
(ii) In Cooling X-Ray tube(Modern X-Ray tube) how will you vary:
$(1)$ intensity of emitted X-Rays?
$(2)$ penetrating power of emitted X-Rays?

The phenomenon of X-ray production is basically inverse of photoelectric effect.

X-rays are electromagnetic waves.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion

Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion

Assertion is correct but Reason is incorrect

Both Assertion and Reason are incorrect

The production of continuous X-ray spectrum is the reverse process of:

For the production of characteristic kr− x-ray the electron transition is :

In an X-ray tube if the electrons are accelerated through 140 KV then anode current obtained is 30 mA. If the whole energy of electrons is converted into heat then the rate of production of heat at anode will be

What is the use of an X-ray tube?

(i) What is Compton effect? (ii) In Cooling X-Ray tube(Modern X-Ray tube) how will you vary: (1) intensity of emitted X-Rays? (2) penetrating power of emitted X-Rays?

For the production of characteristic $k r -$ x-ray the electron transition is :

(i) What is Compton effect?
(ii) In Cooling X-Ray tube(Modern X-Ray tube) how will you vary:
$(1)$ intensity of emitted X-Rays?
$(2)$ penetrating power of emitted X-Rays?