Use the integral test to determine whether the infinite series 
is convergent or divergent. Then use the comparison test to determine whether the infinite series
is convergent or divergent.Enter just two words which answer the two questions above in order (separated by a comma) where each word is either "convergent" or "divergent".
Fill in the blank(s) with the appropriate word(s).
"divergent", "divergent"
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Graph the function. Describe its position relative to the graph of the indicated basic function.f(x) = 
ln x; relative to f(x) = ln x
A. Shrunk vertically
B. Moved down 6 units
C. Shrunk horizontally
D. Stretched vertically
Add the polynomials.(2x6 - 4x5 + 4) + (8x6 - 5x5 - 9)
A. 10x6 - 9x5 - 5 B. 12x6 - 3x5 - 13 C. -4x11 D. 10 - 9x6 - 5x5
For the given rectangular equation, write an equivalent polar equation.x2 + 4y2 = 4
A. r2(cos2? + 4 sin2?) = 4 B. cos2? + 4 sin2? = 4r C. 4 cos2? + sin2? = 4r D. r2(4 cos2? + sin2?) = 4
Solve the problem.A pulley rotates through 72° in one minute. How many rotations does the pulley make in an hour?
A. 24.0 rotations B. 432.0 rotations C. 12.0 rotations D. 216.0 rotations