The electron is the smallest having about 1/1836th the mass of a proton or neutron, which means that basically an electron has no mass. The neutron and proton weigh the same both having a mass of 1.
Size and location are not as well defined a characteristic on the sub-atomic scale as they are on the more normal macroscopic scale. Sub-atomic particles have locations that are described by complicated equations, because you can only determine the probability of a particle being in a specific location, you can't determine a definite location, and the probability of a particle being in a location gives you a wave function, not a point. Probability rises and falls, in a sine wave pattern. But we can still make a meaningful comparison of the locations and sizes of protons, neutrons, and electrons. The electron is the lightest of these particles, being only about two thousand times lighter than a proton. A neutron is just slightly heavier than a proton. As a result, the electron has a much more uncertain location than the heavier particles, and it can be smeared out into the form of a cloud. Electrons do not actually orbit an atomic nucleus in the sense that planets orbit the sun, rather, they simply occupy all the space that surrounds the nucleus, as an electron cloud. The electron cloud is not moving, it is just there.
As for charge, electrons have a charge of -1, protons have a charge of +1, and neutrons have no charge.
A proton has a positive charge, it is located in the electron cloud!
ON cloud nine
Electrons are negatively charged, and are roughly 1/1000 of the size of a proton or neutron.
Neutrons are located within the nucleus. They have no charge with a size of about 10-13 cm.
If the electron were the size of a golf ball, the proton would be about the size of a basketball and the electron would be orbiting about 8000 meters away (assuming the Bohr model of the atom).
The protons are attached to the nucleus (center of the atom) and therefore don't move
The neutron is 0.16% larger than a proton.
No, an electron is significantly smaller than a proton, it is approximately 1/1836th the mass of a proton. At a more advanced level, the space taken up by electrons in their shells take up a greater volume in space, but the size of the electron is much smaller than a proton.
A Proton
in the nucleus
A proton is 2x10^-14m, or 0.00000000000002m
The proton CHARGE has an impact (if the proton's charge were different, the atom's size would be different). However, the proton SIZE is more or less irrelevant. The increase in size of the atom due to the proton is very very negligible. It has been proven that the density of the Nucleus is constant in all atoms of all elements. This means, the nucleus does increase in size, if there are more protons. However, The majority of the size of an atom comes from the electron orbits. Thus the main factor for atom size is electron orbits.
The same size as it is in a Helium atom
1957
The Proton
a proton
IIRC Atoms (contains Protons/Neutrons and electrons) Nucleus contains Protons and Nuetrons Proton atomic size 1 Nuetron atomic size 1 electron atomic size 1/1836 i.e the proton is 1836 bigger than the electron
No, They are nearly exactly identical in size.
how many 0 of a trillion
Proton has uni-positive charge and is found within the nucleus
A proton has identical properties in all types of atoms; the mass of a proton is approx. 1 amu.