Use the Comparison Test to determine whether the improper integral converges or diverges.
A. converges
B. diverges
Answer: A
You might also like to view...
Provide an appropriate response.Which of the following statements defines 
f(x) = ??I. For every positive real number B there exists a corresponding ? > 0 such that f(x) > B whenever x0 - ? < x < x0 + ?.II. For every positive real number B there exists a corresponding ? > 0 such that f(x) > B whenever x0 < x < x0 + ?.III. For every positive real number B there exists a corresponding ? > 0 such that f(x) > B whenever x0 - ? < x < x0.
A. II B. III C. I D. None
Combine like terms in the expression. Answer "not possible" if terms cannot be combined.5yz + 8yz
A. 26yz B. 40y C. 13yz D. 13y2z
Evaluate the double integral
?
?
for the given function f(x, y) and the region R.
?
; R is the rectangle defined by 
and 
?
A. 
B. 
C. 
D. 
Graph the parabola and label the vertex. Find the y-intercept.y = -2
2 - 2
A. vertex 
, y-intercept (0, -114.5)
B. vertex 
, y-intercept (0, -114.5)
C. vertex 
, y-intercept (0, -114.5)
D. vertex 
, y-intercept (0, 114.5)