Nuclear chemistry, otherwise known as radiochemistry, is the chemistry that deals with radioisotopes (radioactive substances) and their reactions, in which one element becomes a …

What is meant by an effective nuclear charge? Describe the definition, formula, calculation, periodic table trend, and chart of effective nuclear charge.

Learn about nuclear fusion, nuclear fission, tracers, imaging, and practical applications of nuclear chemistry.

Learn how to balance nuclear equations. Understand what nuclear equations are, the types of particles involved, steps of balancing nuclear equations, and examples.

Nuclear reactions differ from chemical reactions in that nuclear reactions involve gains or losses of sub-atomic particles (protons and neutrons) from the atom's nucleus, which turns one …

Learn about nuclear decay reactions. Understand what nuclear decay reactions are, when radioactive decay occurs, and explore three types of radioactive decay.

Learn the transmutation definition and understand what nuclear transmutation is. Discover various examples of transmutation reactions in the real world.

The atomic nucleus is the site of nuclear decay in atoms that partake in fission or fusion. It is also the location of the positively charged protons. The number of protons in an atom is its ...

Understand what nuclear mass defect in chemistry is, its function, and its importance. Know its formula and learn how to compute it through given examples.

Learn the nuclear fusion definition. Understand the process of nuclear fusion in our sun and stars. Review and recognize a nuclear fusion reaction example.