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The movement of electrons is what type of energy? A. Charge energy B. Kinetic energy C. Magnetic energy D. Electrical energy

User Siopaoman
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2 Answers

2 votes

Answer:

D) Electrical energy

Step-by-step explanation:

Hello! This is the correct answer! (I took the K12 test) If you are having any further trouble, please review the lesson. Hope this helps! Have a blessed day! :)

User Dylan Aspden
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Answer:

The movement of electrons is kinetic energy, capable of producing electrical energy (option B).

Step-by-step explanation:

An electron is a mobile subatomic particle, located outside the atom and forming elliptical orbits, unlike protons and neutrons. In addition, each electron has a negative charge.

The energy on which the movement of the electrons depends is kinetic energy, which promotes this movement. The interaction between the negative charges of the electrons and the positive charge of the protons produces electrical energy.

The other options are not correct because the charge energy, electric energy and magnetic energy are consequences of the activity of the subatomic particles of the atom.

User Shivanie
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