Evaluate the function at the indicated value.Find f(x + h) when f(x) = 
.
A. 
B. 
C. 
D. 
Answer: C
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Use a graphing calculator to estimate the local maximum and local minimum values of the function to the nearest hundredth.f(x) = x3 - x2 - 3x + 2
A. Local max: (-1.42, 1.39); local min: (3.27, -0.72) B. Local max: (-0.72, 3.27); local min: (1.39, -1.42) C. Local max: (-0.72, 3.31); local min: (1.39, -1.36) D. Local max: (-1.42, 1.35); local min: (3.27, -0.68)
Find an equation of variation for the given situation.y varies jointly as x and the square of z, and y = 160 when x = 8 and z = 2
A. y = 5xz2
B. y = 10xz
C. y = 
D. y = 6xz2
In the following table, Y1 is defined by a rational expression of the form 
. Use the table to find the values of p and q.
A. p = -1; q = -2 B. p = -3; q = -2 C. p = -2; q = -1 D. p = -2; q = -3
Solve the problem.A steel company produces two types of machine dies, part A and part B and is bound by the following constraints:? Part A requires 1 hour of casting time and 10 hours of firing time. ? Part B requires 4 hours of casting time and 3 hours of firing time.? The maximum number of hours per week available for casting and firing are 100 and 70, respectively.? The cost to the company is $0.75 per part A and $3.00 per part B. Total weekly costs cannot exceed $45.00.Let x = the number of part A produced in a week and 
number of part B produced in a week. Write a system of three inequalities that describes these constraints.
A. 
B. 
C. 
D. 