Find the derivative of y.y = cosh x6
A. sinh x6
B. -sinh x6
C. 6x5 sinh x6
D. -6x5 sinh x6
Answer: C
You might also like to view...
Solve the equation log 6 x = 2.
A. x = 64 B. x = 42 C. x = 2 D. x = 6 E. x = 36
Solve the problem.At what interest rate would a deposit of $50,000 grow to $72,750 in 15 years with continuous compounding?
A. 0.5% B. 2.5% C. 5.5% D. 3.5%
Find an for the given geometric sequence.2, - 
, 
, - 
, 
, . . .
A. an = 2
n - 1
B. an = 2
n
C. an = 2
n - 1
D. an = 2
n - 1
Suppose that the rate at which a nuclear power plant produces radioactive waste is proportional to the number of years it has been operating, according to src="https://sciemce.com/media/3/ppg__cognero__Chapter_13_Definite_Integrals_Techniques_of_Integration__media__9bbc2c46-63ba-45c9-af0e-3f5a3a45568b.PNG" class="wirisformula" align="middle" style="vertical-align: middle;" data-wiris-created="true" varid="variable_id_field" variablename="impvar_9982ce11186045cf8903fa89b" /> and this integral evaluates to 
in pounds per year. Suppose also that the waste decays exponentially at a rate of 6% per year. Then the amount of radioactive waste that will accumulate in b years is given by 
. How much waste will accumulate in the long run? Take the limit as 
in the integral evaluated. Round your answer to the nearest pound, if it exists.
?
A. Approximately 187,536 pounds of waste will accumulate in the long run.
B. Approximately 11,252 pounds of waste will accumulate in the long run.
C. Approximately 176,284 pounds of waste will accumulate in the long run.
D. 0 (No waste will accumulate in the long run.)
E. 
(Waste is produced more rapidly than existing waste decays.)