Radioactive decay is described with the following law: N = N₀ × 2^-^ë^t, where N is the number of nuclei, N₀ is the original number of nuclei at the start of the process, t is time needed for N0 to decay to N, and ë is a radioactive constant of a particular element. What are the units of ë? If the radioactive constant of another element is larger, does that element require a shorter or longer time to perform the same decay?

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The Answer of Radioactive decay is described with the following law: N = N₀ × 2^-^ë^t, where N is the number of nuclei, N₀ is the original number of nuclei at the start of the process, t is time needed for N0 to decay to N, and ë is a radioactive constant of a particular element. What are the units of ë? If the radioactive constant of another element is larger, does that element require a shorter or longer time to perform the same decay?

Radioactive Decay Is Described with the Following Law: N =