doesn't effect mass # or atomic #
The symbol for a gamma ray is γ, and its charge is neutral (0). Gamma rays are high-energy electromagnetic radiation emitted by the nucleus of an atom.
Gamma rays can be stopped by dense materials such as lead or concrete. When gamma rays interact with matter, they can either be absorbed, scattered, or pass through without any interaction. Absorption occurs when the gamma ray transfers its energy to the atoms in the material, causing ionization and potentially damaging the cells in living organisms. Scattering happens when the gamma ray changes direction after colliding with an atom, while transmission occurs when the gamma ray passes through the material without being absorbed or scattered.
Gamma decay occurs when an atomic nucleus changes from a higher energy state to a lower one. When it does the "extra" energy leaves in the form of a gamma ray. That's gamma decay. The gamma ray is electromagnetic energy. That means that there is not a particle of anything involved in this event. Gamma decay is the emergence of that gamma ray from the nucleus of an atom that is going down in its energy state
After a gamma ray is emitted, it travels at the speed of light and can penetrate matter. It can collide with atoms, ionize them, and cause damage to cells and DNA. However, gamma rays can also be absorbed by certain materials, such as lead or concrete, which can help shield against their harmful effects.
It happens when two gamma rays come from different stars and collide and make a big explosion . A gamma ray burst is when two gamma rays come from different stars and collide and make a big explosion. BOOM
the gamma ray.
The symbol for a gamma ray is γ, and its charge is neutral (0). Gamma rays are high-energy electromagnetic radiation emitted by the nucleus of an atom.
The wavelength of a gamma-ray is 10-11 metres
Gamma rays can be stopped by dense materials such as lead or concrete. When gamma rays interact with matter, they can either be absorbed, scattered, or pass through without any interaction. Absorption occurs when the gamma ray transfers its energy to the atoms in the material, causing ionization and potentially damaging the cells in living organisms. Scattering happens when the gamma ray changes direction after colliding with an atom, while transmission occurs when the gamma ray passes through the material without being absorbed or scattered.
Emission of a gamma ray does not change the atomic number of the atom. A gamma ray is a photon, and has no mass. The atom's mass is reduced by the conversion of a tiny amount of mass into the energy of the gamma ray. This changes neither the number of protons nor the number of neutrons. It is done by rearranging the nucleons, changing the state of excitation of the nucleus. An example is when 99mTc emits a gamma ray and changes to 99Tc.
If a gamma ray knocks an electron out of an atom, the remaining atom (assuming it was originally neutral) will have one electron less - therefore it will have a positive charge.
Gamma Ray
We use a gamma ray machine to find out where the gamma rays are and where they are pointed to. We also use these machines to study a gamma ray.
Gamma decay occurs when an atomic nucleus changes from a higher energy state to a lower one. When it does the "extra" energy leaves in the form of a gamma ray. That's gamma decay. The gamma ray is electromagnetic energy. That means that there is not a particle of anything involved in this event. Gamma decay is the emergence of that gamma ray from the nucleus of an atom that is going down in its energy state
Gamma Ray - band - was created in 1988.
Gamma decay involves the emission of a gamma ray, which is a high-energy photon with no charge and no mass.
well none, its either gamma ray or gamma radiation, it has the same wavelength as an x-ray but higher energy level.