Solve using a system of linear equations in three variables.A basketball player scored 28 points in a game. The number of three-point field goals the player made was 2 less than three times the number of free throws (each worth 1 point). Twice the number of two-point field goals the player made was 10 more than the number of three-point field goals made. Find the number of free-throws, two-point field goals, and three-point field goals that the player made in the game.
A. 2 free throws; 7 two-point field goals; 4 three-point field goals
B. 2 free throws; 4 two-point field goals; 7 three-point field goals
C. 3 free throws; 7 two-point field goals; 7 three-point field goals
D. 2 free throws; 8 two-point field goals; 6 three-point field goals
Answer: A
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Add.342 + 295
A. 637 B. 721 C. 621 D. 737
Solve the problem.Computer Specialists is planning a group vacation to one of the following locations: Alaska (A), Florida (F), San Antonio (S), or Hawaii (H). The employees rank the four possible sites according to the following preference table: 
If the four voters who voted F, S, H, A, in that order, change their votes to H, S, A, F, and if the plurality with elimination method is used to determine the winner, is the monotonicity criterion satisfied?
A. Yes B. No
Graph the function.f(x) = 
A. 
B. 
C. 
D. 
Solve the problem.The two charts show the weight gain of some people and the weight loss of other people. Use the information given to answer the questions below. 
What is the difference between the weight gain of Bob and the weight loss of Frank?
A. 3351 grams B. -3351 grams C. 5065 grams D. -5065 grams