Should A proton be 1840 times heavier than an electron?

Answer 1

Because the electric charge depends on the mass times the radius of a particle and whereas the mass of the proton is 1836 heavier than the mass of the electron, the radus of the proton is 1836 times smaller. Thus the product of mass times radius is in both paticles the same and therefore they have the same charge. Boy Boer

Answer 2

proton is conten quarkes particals, and the vlaue of quarkes of proton is less than quarkes partical of electron, but contain most partical in it reather than electron . in this condition some particals are decy from proton to electron and nutron.

Answer 3

Protons are made up of smaller particles, called quarks. A proton is made up of two up quarks and a down quark. There are no known particles that make up electrons. (A current theory is that both electrons and quarks are made up of tiny "strings of energy"; this is string theory).

As far as why the 3 quarks are more massive that the one electron, scientists are stilling working on what exactly gives particles their mass, so we don't quite know. We just know that quarks are more massive than electrons.

Answer 4

They don't have the same mass fool! electron is 1800th of the mass of a proton.

Answer 5

No, a proton is approximately 1836 times heavier than an electron. This difference in mass between the proton and electron contributes to their roles in atomic structure and chemistry.

Answer 6

Yes.