Use a system of linear equations to solve the problem.In a basketball game, Will scored 37 points, consisting only of three-point shots and two-point shots. He made a total of 16 shots. How many shots of each type did he make?
A. Two-point shots: 11; three-point shots: 5
B. Two-point shots: 10; three-point shots: 6
C. Two-point shots: 5; three-point shots: 11
D. Two-point shots: 12; three-point shots: 4
Answer: A
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Find the missing parts of the triangle.C = 113.9°a = 7.80b = 10.10
A. c = 15.1, A = 28.2°, B = 37.9° B. c = 18, A = 30.2°, B = 35.9° C. No triangle satisfies the given conditions. D. c = 20.9, A = 26.2°, B = 39.9°
Write the exponential equation as an equation involving a common logarithm or a natural logarithm.104 = 10,000
A. log 
= 4
B. log4
= 10,000
C. log4
= 10
D. log 
= 10,000
Graph the solution set of the system of inequalities.y ? 3xy ? 8
A. 
B. 
C. 
D. 
Solve the following application involving graphing a linear equation.A women's clothing boutique makes $40 on each sweater sold and $110 on each jacket sold. To cover overhead costs, the boutique must make a total of $4900 on the sale of sweaters and jackets each month. The equation 
models the amount of money that must be made, where x is the number of sweaters sold and y is the number of jackets sold. Use a graph of the equation to estimate the number of sweaters that would need to be sold to make sure the overhead costs are covered if 30 jackets are sold. 
height="225" width="225" /> A. 30 sweaters B. 40 sweaters C. 60 sweaters D. 50 sweaters