SOLUTION: Solve the modeling problem. Radioactive Decay: The amount of radioactive material, in grams, present after t days is modeled by A(t) = 600e-^(0.05t) . Find the amount present after
Algebra.Com
Question 1089389: Solve the modeling problem. Radioactive Decay: The amount of radioactive material, in grams, present after t days is modeled by A(t) = 600e-^(0.05t) . Find the amount present after 12 days.
Answer by josgarithmetic(39625) (Show Source): You can put this solution on YOUR website!
RELATED QUESTIONS
Radioactive Decay. The amount of radioactive material, in grams, present after t days is... (answered by josgarithmetic)
I'm really struggling with this problem:
The amount of radioactive material, in... (answered by Nate)
The amount of radioactive material, in grams, present after t days is given... (answered by flame8855)
Use the exponential decay equation, where A is the amount of a radioactive material... (answered by ankor@dixie-net.com)
Can you please help me with this?
The amount of radioactive material, in grams,... (answered by MathLover1)
A radioactive material decays according to the law: f(t)=500e^-0.47t where f(0) is the... (answered by ankor@dixie-net.com)
Use the exponential decay equation given below, where A is the amount of a radioactive... (answered by josgarithmetic)