Explain how the combination of electrons, protons and neutrons results in the neutral charge of an atom?

A proton carries one positive charge, an electron carries one negative charge, and a neutron is neutral.

In each atom, no matter how many neutrons that the atom has, the number of protons is equal to the number of electrons, and thus the positive charges carried by the protons and the negative charges carried by the electrons cancel each other. Therefore, an atom is neutral in charge.

neutrons have no charge, electrons have negative charge and protons have positive charge.
equal number of electrons and protons in the atom result in a neutral charge overall.

why didn't you pay attention in class instead of having to beg on here for an answer? lol

X+ + X- + Y0 = 0

electrons (-) and protons ( + ) must be equal to cancel each other out and neutrons are neutral, having no effect.

A proton carries one positive charge, an electron carries one negative charge, and a neutron is neutral.

In each atom, the number of protons is equal to the number of electrons, and thus the positive charges carried by the protons and the negative charges carried by the electrons cancel each other. Therefore, an atom is neutral in charge.

protons are positive and neutrons are natural. These two molecules compose of the nucleus. Orbiting the nucleus are electrons, which have a negative charge. Therefore, the nucleus has an overall positive charge. The negative charge from the electrons orbiting the nucleus "cancels" the positive charge from the protons in the nucleus, creating a neutrally charged atom.