Solve the problem.An archer has $71 to spend on a new archery set. A certain set containing a bow and three arrows costs $41. With the purchase of this set, he can purchase additional arrows for $10 per arrow. Use an inequality to find the maximum number of arrows he could obtain, including those with the set, for his $71.
A. at most 
arrows
B. at most 6 arrows
C. at most 3 arrows
D. at most 
arrows
Answer: B
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Use substitution to determine whether the system of linear equations has no solutions, one solution, or infinitely many solutions. 2x - y = 5-4x + 2y = -18
A. Infinitely many B. One C. No solutions
Allocate overhead as indicated. Round to the nearest dollar.Wandell's Engineering allocates an overhead of $44,000 according to the number of employees per department. Find the allocation for each department.Department Number of EmployeesOffice 5Sales 25Field 45Engineering 35
A. $14,000 to Office $10,000 to Sales $18,000 to Field $2000 to Engineering B. $2050 to Office $10,250 to Sales $17,350 to Field $14,350 to Engineering C. $2000 to Office $10,000 to Sales $18,000 to Field $14,000 to Engineering D. $5 to Office $25 to Sales $45 to Field $35 to Engineering
Solve the problem.The table shows the number of dollars spent in Country X (in millions) on environmental protection programs during the years 
through 
. Find the cubic model that is the best fit for this data. Round coefficients to three decimal places. 
A. f(x) = 0.005x3 - 0.102x2 + 0.805x + 4.697 B. f(x) = 0.007x3 - 0.105x2 + 0.805x + 4.397 C. f(x) = -0.010x2 + 0.446x + 5.759 D. f(x) = -0.010x2 + 0.346x + 5.253
Solve the problem.A theater has 36 rows with 20 seats in the first row, 23 in the second row, 26 in the third row, and so forth. How many seats are in the theater?
A. 2610 seats B. 5220 seats C. 2664 seats D. 5328 seats