13n decays with a half-life of approximately 10 min to produce 13c, a stable isotope of carbon. for a 1.0g sample of 13n, after one half-life, what mass of 13n remains? what has happened to the remaining mass?

After one half-life, mass of remains equal to 0.50 g. Remaining 0.50 g of mass gets converted to nuclide.

Explanation:

Half-life of a radioactive nuclide represents the time required for mass of the radioactive nuclide becomes half of it's original amount.Here initial amount of radioactive is 1.0 g.So, after one half-life, mass of remains equal to or 0.50 g.As radioactive decay of nuclide yields therefore the remaining 0.50 g of mass gets converted to nuclide

stop the bo ob pics at least something else

Explanation: