a certain radioactive nuclide has a half life of 5.00 hour. Calcuate the decay rate for 1.000 mole of this nuclide

__________ decay s-1

for any amount Ao, the amount A after t hours is

A = Ao*2^(-t/5)

The nuclide12 N7 is unstable. What type of radioactive decay would be expected?

The nuclide 12N7 is unstable. What type of radioactive decay would be expected?

To calculate the decay rate of a radioactive nuclide, you can use the formula:

Decay Rate = (0.693 / Half-Life) * Number of Moles

Given that the half-life of the nuclide is 5.00 hours, and the number of moles is 1.000, we can substitute these values into the formula:

Decay Rate = (0.693 / 5.00) * 1.000

Decay Rate = 0.1386

So, the decay rate for 1.000 mole of this nuclide is 0.1386 decay s-1.