Find the future value of the annuity using the given payment amount, interest rate, time, and compounding frequency.Semiannual payments of $900, i = 2%, compounded semiannually, t = 7 years
A. $50,677.31
B. $103,452.68
C. $13,452.68
D. $12,428.40
Answer: C
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Solve for the indicated variable.8k + ar = r - 5y, for r
A. r = 
B. r = 
C. r = 
D. r = 
Set up the linear programming 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. 
Evaluate. 
What will be an ideal response?
Determine which ordered pair is a solution of the system.
A) (8, 1)
B) (–9, 3)
C) (–9,8)
D) (8, –1)
E) (1, –8)