Yes. Atoms have protons (positive charges) and electrons (negative charges). However, quite often it is the negative charges (the electrons) that carry the current. In any case, the net charge in a conductor is usually zero (it is neutral) - the electrons simply go in one end and out the other, but the total number of electrons will doesn't change in normal circumstances, whether there is a current or not.
Not necessarily. Under normal circumstances most objects, including conductors will be electrically neutral. A conductor can, however, become electrically charged, and that charge will be evenly distributed. The charge will not affect its ability to conduct electricity. On another note regarding terminology; there is no such thing as a "neutral charge." An object that is electrically neutral has no overall charge.
Metals as found in the Periodic Table have no "extra" electrons. They are electrically neutral because they have the same amounts of protons and electrons or + and - charges respectively. However metals react with non-metals to form Ions, cations to be more precise, in this case they actually lose electrons resulting in a positive charge. In other words, metals never have "extra" electrons, they either have a neutral charge or they are lacking electrons and have a negative charge.
An electrically neutral atom is one that has an equal number of protons and electrons.
Any atom is neutral in the normal state.After loss or gain of electrons an atom become electrically charged.
An atom has the same number of positive protons and negative electrons so the charges balance out to zero
Na+
The magnesium atom is electrically neutral.
Yes Potassium is electrically neutral.
Water is an electrically neutral substance.
When it is electrically neutral, it has 47 electrons.
The meaning of electrically neutral is without any electrical charge.
Why n and p type semiconductors are electrically neutral
Metals as found in the Periodic Table have no "extra" electrons. They are electrically neutral because they have the same amounts of protons and electrons or + and - charges respectively. However metals react with non-metals to form Ions, cations to be more precise, in this case they actually lose electrons resulting in a positive charge. In other words, metals never have "extra" electrons, they either have a neutral charge or they are lacking electrons and have a negative charge.
An electrically neutral atom is one that has an equal number of protons and electrons.
No. Titanium, in common with all true metals, is a good conductor or electricity.
because the electrons and protons are equal.
A photon is an Electrically neutral particle
neutron