In vacuum,an electron of energy 10 keV hits | vedclass

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Question

(B) When a high-energy electron strikes a heavy metal target (like tungsten),it undergoes rapid deceleration due to the interaction with the strong el

Vedclass · Accepted Answer

$X-$ rays

Vedclass · Answer

(B) When a high-energy electron strikes a heavy metal target (like tungsten),it undergoes rapid deceleration due to the interaction with the strong electric field of the target nuclei. This process results in the emission of electromagnetic radiation in the $X-$ ray region of the spectrum. Therefore,the emitted radiation is $X-$ rays.

In vacuum,an electron of energy $10 \ keV$ hits a tungsten target. The emitted radiation will be:

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