Thats' an entire course on nuclear physics.Anonymous324 said:What determines that?
This is because Ag 108 is a radioactive isotope with an unstable nucleus. It undergoes radioactive decay, which means that it spontaneously transforms into a more stable element. In this case, Ag 108 has a higher probability of decaying into Cd 108 compared to other elements.
The half-life of Ag 108 is approximately 418 years. This means that after 418 years, half of the initial amount of Ag 108 will have decayed into other elements, such as Cd 108.
The decay of Ag 108 into Cd 108 can be beneficial in various ways. For example, Cd 108 can be used in nuclear medicine for imaging and treatment of certain diseases. It can also be used in industrial applications, such as in the production of batteries and semiconductors.
Yes, Ag 108 can decay into other elements besides Cd 108. This is because radioactive decay is a random process, and there is a small probability that Ag 108 may decay into other elements. However, the probability of decaying into Cd 108 is higher compared to other elements.
The decay of Ag 108 into Cd 108 does not significantly affect the atomic mass of the element. This is because the atomic mass of an element is determined by the number of protons and neutrons in its nucleus. Since Cd 108 has the same number of protons and neutrons as Ag 108, the atomic mass remains relatively unchanged.