Find the absolute maxima and minima of the function on the given domain.
on the trapezoidal region with vertices 
and 
A. Absolute maximum: 16 at 
absolute minimum: 0 at 
B. Absolute maximum: 16 at 
absolute minimum: 6 at 
C. Absolute maximum: 12 at 
absolute minimum: 6 at 
D. Absolute maximum: 20 at 
absolute minimum: 0 at 
Answer: A
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Find the total surface area of the given space figure.
a = 2 ft, b = 5 ft, c = 4 ft
A. 80 ft2 B. 76 ft2 C. 38 ft2 D. 56 ft2
Find the absolute extreme values of each function on the interval.f(x) = ex - x, -4 ? x ? 2
A. Minimum value is e-4 + 4 at x = -4; maximum value is e2 - 2 at x = 2 B. Minimum value is 1 at x = 0; no maximum value C. Minimum value is 1 at x = 0; maximum value is e2 - 2 at x = 2 D. Minimum value is 1 at x = 0; maximum value is e-4 + 4 at x = -4
Write the best-fit linear model for the data.Two separate tests are designed to measure a student's ability to solve problems. Several students are randomly selected to take both tests and the results are shown below. Find a linear function that approximates a student's score on Test B as a function of his or her score on Test A. 
A. y = 0.930 - 19.4x B. y = 19.4 + 0.930x C. y = -0.930 + 19.4x D. y = -19.4 - 0.930x
Solve the problem.A rectangle that is x feet wide is inscribed in a circle of radius 18 feet. Express the area of the rectangle as a function of x.
A. A(x) = x2
B. A(x) = x
C. A(x) = x(1296 -x2)
D. A(x) = x