Chemistry, 28.06.2019 17:30 danksans4912

Describe the charges of the subatomic particles by choosing the answer from the drop-down menu. proton have a charge. have a 0 charge. electrons have a charge.

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Answer from: GbTaco

The magnitude of the charges of the subatomic particles of an atom are:

Proton have a +1 charge. Neutron have a 0 charge. Electrons have a -1 charge.

An atom is the smallest, indivisible unit made up of matter and forms all chemical elements. Thus, atoms are typically the fundamental building blocks of matter, which also determines the structure of all chemical elements.

In Chemistry, an atom consists of three (3) distinct particles and these include;

Protons: these are the positively charged subatomic particles found in the nucleus of a chemical element and they have a magnitude of +1. Neutrons: these are the neutral subatomic particles found in the nucleus of a chemical element and they have a magnitude of 0. Electrons: these are the negatively charged subatomic particles found outside the nucleus of a chemical element with a magnitude of -1.

In conclusion, we can deduce the following about the subatomic particles of an atom;

Proton have a +1 charge because it positively charged. Neutron have a 0 charge because it is neutral and has no charge. Electrons have a -1 charge because it is negatively charged.

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Answer from: glitterpanda2468

A proton has a charge of +1

An electron has a charge of -1

A neutron has a charge of 0

Explanation:

Subatomic particles are particles found inside an atom. The atom is composed of three basic subatomic particles

1) proton positively charged

2) electron. Negatively charged

3 neutron. Electrically neutral

These three basic subatomic particles have the individual charge magnitudes shown in the answer.

Answer from: Quest

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Answer from: Quest

every chemical equation adheres to the law of conservation of mass, which states that matter cannot be created or destroyed. therefore, there must be the same number of atoms of each element on each side of a chemical equation.

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