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What particle decomposes to produce the electron of beta radiation? A. electron
b. proton
C. neutron
D positron​

Respuesta :

Answer:

D

Explanation:

Beta radiation is the emission of the high-energy positron by the beat decay of the atom. The positron decomposes to produce an electron of beta radiation. Thus, option D is correct.

What is beta radiation?

Beta radiation is the high-energy formation of the positrons and electrons by the radioactive decay of the high-speed and energy particles emitted by the decay of the nucleus.

The positron is a positive charged sub-atomic particle with mass as same as the electron. It is produced after the beta decay and follows the formation of electrons.

The beta radiations are produced from the radioactive decay that leads to light and particle formation in the form of electrons and positrons.

Therefore, option D. positrons are produced as a result of beta radiation.

Learn more about beta radiation here:

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