No measurable effect at all. The electrons which cause the negative charge have such an unbelievably small mass that billions of them cannot make any observable change to the mass.
Mass and charge are not connected. Negative charge is the charge carried by an electron.
Mass of a body is a positive quantity. The gravitational force between two masses is always attractive. Electric charge can be positive or negative or zero.
If you compare the mass of a positron to an electron, or of a proton to an anti-proton, and so forth, the mass is the same, even though the charge is reversed. Negative charge does not mean negative mass, it has no bearing on the mass.
A electron is a subatomic particle outside the nucleus carrying a negative charge and very little mass. Other mass is negligible mass or a negative charge.
Yes, the neutron has a negative charge and a mass that is smaller than the mass of a proton.
You're probably thinking of electrons, whose mass is much smaller than nucleons but also have a negative charge. Indeed, the electron has the smallest amount of mass of any particle with a negative charge.
The charge has nothing to do with the mass, so there's no difficulty: A negative charge is one having the same sign as the charge on an electron. If you don't want electrons mentioned at all: A negative charge is one having the opposite sign as the charge on a proton.
Pprotons have a positive charge neutrons have no charge and electrons have a negative charge. However the one with the smallest mass is electrons.
No such particle exists. All particles with charge also have mass -- no exceptions. Every particle with zero mass also has zero charge -- no exceptions.
No, protons have positive charge, electrons have negative charge and neutrons have no charge
Electrons have a negative charge. When an element had more electrons than protons, it tends to have a negative charge.
electron