Solve the problem.Suppose that the dollar cost of producing x radios is 
Find the average cost per radio of producing the first 50 radios.
A. $4.00
B. $200.00
C. $0.00
D. $150.00
Answer: A
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Find fx, fy, and fz.f(x ,y, z) = sin (xy) cos (yz2)
A. fx = y cos (xy) cos (yz2); fy = z2 sin (xy) sin (yz2)- x cos (xy) cos (yz2); fz = 2yz sin (xy) sin (yz2) B. fx = y cos (xy) cos (yz2); fy = x cos (xy) cos (yz2) - z2 sin (xy) sin (yz2); fz = -2yz sin (xy) sin (yz2) C. fx = y cos (xy) cos (yz2); fy = x cos (xy) cos (yz2); fz = -2yz sin (xy) sin (yz2) D. fx = y cos (xy) cos (yz2); fy = x cos (xy) cos (yz2) - z2 sin (xy) sin (yz2); fz = 2yz sin (xy) sin (yz2)
Provide an appropriate response.Using Heron's formula, find the area of the triangle as shown. Round the answer to four significant digits. 
A. 59.92 cm2 B. 168.4 cm2 C. 13.75 cm2 D. 8.900 cm2
Use dot mode to graph the function f in the standard viewing rectangle. Evaluate f for the given x-values.f(x) = [[x - 1]] at x = -0.7 and x = 1.7
A. 
f(-0.7) = -1, f(1.7) = 1
B. 
f(-0.7) = 1, f(1.7) = 2
C. 
f(-0.7) = -2, f(1.7) = 0
D. 
f(-0.7) = -1, f(1.7) = 0
Solve the equation.
= -17
A. x = 17, -2 B. x = 17, 2 C. x = -17, -2 D. x = -18, 2