Gamma
no but she built the knowleage of radioactivity.
is radioactivity extensive or intensive or chemical property
A curie is a unit of measurement for radioactivity, while a gram is a unit of mass. There is no direct relationship between the two as they measure different properties.
Radioactivity is the process by which unstable atomic nuclei release energy in the form of radiation. Half-life is the time it takes for half of a radioactive substance to decay. The concept of half-life is used to measure the rate at which a radioactive substance decays and is a key parameter in understanding and monitoring radioactivity.
Essentially identical to yours.
no
Isotopes are determined by mass spectrometry or by measuring the radioactivity.
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The Type Of Radiation That It Produce Is The Gamma Ray!
The mass is measured with a balance.The radioactivity is measured with a gamma-radiometer.
nucleons
A benign tumor is an abnormal mass of essentially normal cells that does not spread to other parts of the body.
Essentially the 3 basic parts to an atom are a Proton, Neutron and an Electron. Protons have a unit of mass and a positive charge Neutrons have a unit of mass and a neutral charge Electrons have no unit of mass and a negative charge. When a neutron breaks off from another atom it becomes a free radical that is then absorbed by the receiving atom because it would have a spare neutron space because the number of neutrons must be identical to the number of protons otherwise the atom will radioactivity decay. Essentially the mass number changes because the neutron has a mass.
Essentially an atom's mass is determined by its number of protons and neutrons, as mass of electrons is so minuscule relative the nucleus.
nuclear plants because the fission reaction releases lots of radioactive particles causing radioactivity..
The geometric center and the center of mass of the Earth are essentially the same point.
If you know the half life of an isotope and the amount of it present, it is possible to calculate the numbers of decay events per second in the mass. This does not provide all the information about radioactivity, because it does not provide information about the type of decay. The missing information includes the type of emission (alpha, beta, gamma, fission, etc.), the energy of the emitted particle or particles, and the energy imparted to the atom itself. Another piece of information that needs to be accounted for is the isotope of the daughter atom or atoms. If these are inert, the radioactivity declines. But if the daughter atoms are radioactive, they may make the mass more radioactive, increasing the number of decay events per second, and change its nature by making different emissions of their own.