question archive The amount of material left after decay of radioactive isotope is given by the equation Qt = Q0 e^(-λt) where Q0 is the initial amount of the radioactive material, λ is the decay constant, and t is the elapsed time in years and Qt is the amount after t years have elapsed
The amount of material left after decay of radioactive isotope is given by the equation Qt = Q0 e^(-λt) where Q0 is the initial amount of the radioactive material, λ is the decay constant, and t is the elapsed time in years and Qt is the amount after t years have elapsed
Subject:Computer SciencePrice: Bought3
The amount of material left after decay of radioactive isotope is given by the equation Qt = Q0 e^(-λt) where Q0 is the initial amount of the radioactive material, λ is the decay constant, and t is the elapsed time in years and Qt is the amount after t years have elapsed. Prompt the user to enter an array of original amounts of carbon 14 present using the input function. Then prompt the user to enter an array of current amounts of carbon 14 present using another input function. Given the decay constant for carbon 14 is 0.00012097 per year, determine the amount of time that has elapsed for each pair of inputs. (For now assume the users enters a larger values for the original amounts than for the current amounts and both arrays are the same size.)
