Use logarithmic differentiation to find the derivative of y with respect to the independent variable.y = (ln x)ln x
A. 
B. 
C. ln x ln (ln x)
D. 
(ln x)ln x
Answer: D
You might also like to view...
A retailer has some skirts that cost her $32. If she sells them for $44.48, find her rate of profit based on the cost.
A. 34% B. 38% C. 41% D. 39% E. none of these
Convert the angle in degrees to radians. Express the answer in decimal form, rounded to two decimal places.345°
A. 6.02 B. 5.99 C. 6.01 D. 6
Simplify the expression.12a + 11 + 7a
A. 19a + 11 B. 84a + 11 C. 19a D. 38a
Solve the problem.Suppose that an insect population density, in thousands, during year n can be modeled by the recursively defined sequence: 
.Use technology to graph the sequence for n = 1 , 2 , 3 , ........., 20 . Describe what happens to the population density function.
A. The insect population stabilizes near 11.00 thousand. B. The insect population stabilizes near 10.23 thousand. C. The insect population increases every year. D. The insect population stabilizes near 7.80 thousand.