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Write a System of Equations for the Problem, and Then

Question 115

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Write a system of equations for the problem, and then solve the system.
-There were 34,000 people at a ballgame in Los Angeles. The day's receipts from Write a system of equations for the problem, and then solve the system. -There were 34,000 people at a ballgame in Los Angeles. The day's receipts from   reserved seats and   general-admission seats were   How many of each type of seat were sold? A)  $ 12 seats: 9500; $ 5 seats: 24,500 B)  $ 12 seats: 14,000; $ 5 seats: 20,000 C)  $ 12 seats: 20,000; $ 5 seats: 14,000 D)  $ 12 seats: 24,500; $ 5 seats: 9500 reserved seats and Write a system of equations for the problem, and then solve the system. -There were 34,000 people at a ballgame in Los Angeles. The day's receipts from   reserved seats and   general-admission seats were   How many of each type of seat were sold? A)  $ 12 seats: 9500; $ 5 seats: 24,500 B)  $ 12 seats: 14,000; $ 5 seats: 20,000 C)  $ 12 seats: 20,000; $ 5 seats: 14,000 D)  $ 12 seats: 24,500; $ 5 seats: 9500 general-admission seats were Write a system of equations for the problem, and then solve the system. -There were 34,000 people at a ballgame in Los Angeles. The day's receipts from   reserved seats and   general-admission seats were   How many of each type of seat were sold? A)  $ 12 seats: 9500; $ 5 seats: 24,500 B)  $ 12 seats: 14,000; $ 5 seats: 20,000 C)  $ 12 seats: 20,000; $ 5 seats: 14,000 D)  $ 12 seats: 24,500; $ 5 seats: 9500 How many of each type of seat were sold?


A) $ 12 seats: 9500; $ 5 seats: 24,500
B) $ 12 seats: 14,000; $ 5 seats: 20,000
C) $ 12 seats: 20,000; $ 5 seats: 14,000
D) $ 12 seats: 24,500; $ 5 seats: 9500

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