It's all quite simple.
The electron is a subatomic particle carrying a negative electric charge. It has no known components or substructure, and therefore is believed to be an elementary particle.[2] An electron has a mass that is approximately 1/1836 that of the proton.
The positron or antielectron is the antiparticle or the antimatter counterpart of the electron. The positron has an electric charge of +1e, a spin of 1⁄2, and the same mass as an electron.
A positron is similar to an electron.
an electron
Beta radiation, which consists either of electrons or of anti-electrons (positrons).
Beta particles can be electrons (beta-) or positrons (beta+), along with electron antineutrinos (beta-) or electron neutrinos (beta+). Cathode ray particles are just electrons. Since neutrinos have no charge, they do not interact well with matter. As a result, the electrons from beta- decay are nearly indistinguishable from the electrons in cathode rays, with the possible exception of their velocity.
Yes. And when this occurs, they will collide and annihilate one another.
Protons
Electrons. (Or positrons if you're talking about antimatter)
That might refer to electrons and positrons (aka anti-electrons).That might refer to electrons and positrons (aka anti-electrons).That might refer to electrons and positrons (aka anti-electrons).That might refer to electrons and positrons (aka anti-electrons).
The answer is electrons. I assume you mean positrons (anti-electrons) by positive electrons, and positrons and electrons go boom when they meet, so we don't see many positrons around.
Electrons or positrons.
Ann T. Nelms has written: 'Energy loss and range of electrons and positrons' -- subject(s): Electrons, Positrons
Yes and positrons are positive!
Yes, electrons and positrons.
Beta radiation, which consists either of electrons or of anti-electrons (positrons).
Electricity if the movement of electrons in matter, or positrons in antimatter.
Beta particles can be electrons (beta-) or positrons (beta+), along with electron antineutrinos (beta-) or electron neutrinos (beta+). Cathode ray particles are just electrons. Since neutrinos have no charge, they do not interact well with matter. As a result, the electrons from beta- decay are nearly indistinguishable from the electrons in cathode rays, with the possible exception of their velocity.
Martin J Berger has written: 'Tables of energy losses and ranges of electrons and positrons, By Martin J. Berger and Stephen M. Seltzer' -- subject(s): Positrons, Electrons
Yes. And when this occurs, they will collide and annihilate one another.
Protons