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Why does a proton inside a nucleus have less mass that the same proton outside the same nucleus?
because it binds with a nuetron that is equal to its mass
What has the same mass of a proton?
Neutrons have the same mass as that of a proton. Neutrons and protons are present in the nucleus
What particle has about the same mass as the proton found in the nucleus?
The neutron.
What is the particle with about same mass as the proton found in the nucleus?
Neutrons
Which particle has a mass that is approximately the same as the mass of a proton?
the neutral or no charge particle of an atom:it is located in the nucleus;has the same mass as the proton.
What is a neutral particle in the nucleus of atom with the same mass as a proton?
Neutron
What is the particle found in the nucleus that has no charge?
The neutron. It's mass is about the same as the proton.
What is the mass of an atomic nucleus?
The hydrogen-1 nucleus is the same as the mass of a proton - since it is a proton. The proton's mass is 1.67×10−27 kg. Other nuclei have several times this mass - up to about 250 times the mass of a hydrogen nucleus.
Is the masss of an atom concentrated in the proton?
The mass of an atom is concentrated in the nucleus. Protons are a part of the nucleus, but not the entire thing. Neutrons are also in the nucleus and have nearly the same mass as protons.
What particle has about the same mass as proton but has no charge?
A neutron. It is one of the particles in the nucleus and has no charge
A neutral particle with nearly the same mass as the proton is the?
The neutron is a neutral particle with nearly the same mass as the proton. It is found in the nucleus of atoms alongside protons. Neutrons help stabilize the nucleus and are crucial for nuclear reactions.
What happen to atomic number and mass number of nucleus when it emits electron?
When a nucleus emits an electron, the atomic number increases by 1 since the nucleus gains a proton. However, the mass number remains the same because an electron is much lighter than a proton or neutron.
