Question

A radioactive substance decays in such a way that the amount of mass remaining after *t* days is given by the function

m(t) = 13*e*^-0.011*t*

where *m(t)* is measured in kilograms.

(a) How much of the mass remains after 44 days? (Round your answer to one decimal place.)

Step 1

The amount of mass of the radioactive substance remaining after *t* days is given by the function:

For 44 days, *t *= 44

Plugging the...

Tagged in

Q: 2. Given the given function f(x) = x+defined on the interval [1, 3], determine if the function satis...

A: The given function is continuous and differentiable on the whole real numbers except zero. In partic...

Q: The rate at which blood pressure decreases in the aorta of a normal adult after a hearbeat is dp/dt=...

A: It is given that rate at which the blood pressure decreases in the normal adult is dp/dt=–46.645e–0....

Q: How can I get the result? Which is the result?

A: The given functions are,

Q: Consider the following velocity function. Complete the sentence: The same distance could have been t...

A: The given velocity function is,

Q: Hello, I need help understanding how to form a general formula, using f(x)=5 tan x, for all the sol...

A: Consider the provided function.

Q: Help please...

A: The Taylor series of f(x)=cotx at x=(7π)/6 is given by;

Q: The function s(x) = 3600/(60 + x) = 3600(60 + x)^-1 gives a person's average speed in miles per hour...

A: The function of distance,

Q: Calculate the derivative of the function y = (6^6 + 3)^x using the fact that b^x = e^(x ln b) and by...

A: Consider the given function:

Q: Answers for 10-12

A: We will solve Q-10

Sorry about that. What wasn’t helpful?