Find the absolute maxima and minima of the function on the given domain.
on the closed triangular region bounded by the lines 
and 
A. Absolute maximum: 136 at 
absolute minimum: 90 at 
B. Absolute maximum: 90 at 
absolute minimum: 40 at 
C. Absolute maximum: 136 at 
absolute minimum: 0 at 
D. Absolute maximum: 90 at 
absolute minimum: 0 at 
Answer: C
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Solve the initial value problem.y'(t) = 7y - 14, y(0) = 7
A. y = 5ex/7 + 14
B. y = 
e7x + 
C. y = 5e7x + 2
D. y = 7e7x + e2
Find the value of the objective function at each corner of the graphed region. Use this information to answer the question. 
Objective Functionz = -x - 9yWhat is the maximum value of the objective function?
A. -30 B. -38 C. -47 D. -22
Use the distributive property to multiply. Then, if possible, simplify the resulting expression.3(7 + m)
A. 21m B. 21 + m C. 21 + 7m D. 21 + 3m
Solve the problem.Set up the triple integral for the volume of the sphere 
in spherical coordinates.
A. 
B. 
C. 
D. 