Just divide the 10C by the charge of a single electron.
When a material has an excess of electrons, it has a negative charge. When it has a deficiency of electrons, it has a positive charge.
negative
negative
q = Ne N = q/e Where: q = charge that can move N = number of electrons gained or lost e = elementary charge (1.602x10^-19)
When it's ions have more elecrons than protons
Number of excess electrons = Q/E = 10/-1.6x10^-19 = 6.24x10^19
When a material has an excess of electrons, it has a negative charge. When it has a deficiency of electrons, it has a positive charge.
When a material has an excess of electrons, it has a negative charge. When it has a deficiency of electrons, it has a positive charge.
When a material has an excess of electrons, it has a negative charge. When it has a deficiency of electrons, it has a positive charge.
negative
negative
No. Electrons possess a negative charge, therefore an atom with an excess of electrons will have an overall negative charge.
First of all, the conductor possesses negative charge which means that the electrons are in excess. The no. of excess electrons :- Charge on conductor/charge of electron=11.2 x 10-8/1.6 x 10-19 =7 x 1011 electrons
has a charge which can be positive (excess protons) or negative (excess electrons). ... becomes an ion - positive ion if deficient in electrons, negative with an excess of electrons.
0.99840coloumbs
Ions have an imbalance of charge, with either an excess or shortage of electrons.
Ions have an imbalance of charge, with either an excess or shortage of electrons.