Solve the problem.The capsize screening value C is an indicator of a sailboat's suitability for extended offshore sailing. C is determined by the function C = 4D-1/3B, where D is the displacement of the boat in pounds and B is its beam (or width) in feet. Find C for a sailboat that has a displacement of 
and a beam of 
Round your answer to three decimal places.
A. C ? 30.832
B. C ? 1,907.128
C. C ? 2.569
D. C ? 3.377
Answer: C
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Use the graph of the function f(x) to locate the local extrema and identify the intervals where the function is concave up and concave down.
A. Local minimum at x = 3 ; local maximum at x = -3 ; concave up on (-?, -3) and (3, ?); concave down on (-3, 3) B. Local minimum at x = 3 ; local maximum at x = -3 ; concave down on (-?, -3) and (3, ?); concave up on (-3, 3) C. Local minimum at x = 3 ; local maximum at x = -3 ; concave up on (0, ?); concave down on (-?, 0) D. Local minimum at x = 3 ; local maximum at x = -3 ; concave down on (0, ?); concave up on (-?, 0)
Evaluate the line integral along the curve C.
ds, C is the curve r(t) = (-1 - t)i - j + (-1 - t) k, 0 ? t ? 1
A. 
B. - 
C. 3
D. 
Given C = 118°, B = 40°, and c = 15 use the Law of Sines to solve the triangle for the value of a. Round answer to two decimal places.
a. a = 8.74 b. a = 7.59 c. a = 20.60 d. a = 6. 36 e. a =5.14
Solve the problem.If the given figure goes through the reflection that sends P to P', followed by the reflection of the resulting figure that sends P' to P'', find the final image.
A. 
B. 
C. 
D. 