Which statement about a neutron's electric charge is true?

Prepare for the Junior Radiation Protection (RP) Fundamentals Exam. Ace your test with comprehensive study aids, including flashcards and multiple-choice questions, complete with helpful hints and explanations. Gear up for your exam success!

Multiple Choice

Which statement about a neutron's electric charge is true?

Explanation:
The important idea here is electrical neutrality. A neutron has no net electric charge, so it is electrically neutral. This means it does not feel electric forces in an external electric field, unlike a proton (positive) or an electron (negative). The charge of a neutron is fixed at zero; saying it has a negative or positive charge would be incorrect, and claiming its charge can vary isn’t accurate for a fundamental particle.

The important idea here is electrical neutrality. A neutron has no net electric charge, so it is electrically neutral. This means it does not feel electric forces in an external electric field, unlike a proton (positive) or an electron (negative). The charge of a neutron is fixed at zero; saying it has a negative or positive charge would be incorrect, and claiming its charge can vary isn’t accurate for a fundamental particle.

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