There are three seating categories at a high school athletic stadium. For a baseball game, Class A seats cost $15 each, Class B seats cost $12 each, and Class C seats cost $9 each. Create an application that allows the user to enter the number of tickets sold for each class. The application should be able to display the amount of income generated from each class of ticket sales and the total revenue generated. If the user fails to enter numeric values, display an appropriate error message and do not attempt to perform calculations Use the following test data to determine if the application is calculating properly: Ticket Sales Revenue Class A: 320 Class A: $4800.00 Class B: 570 Class B: $6840.00 Class C: 890 Class C: $8010.00 Total Revenue: $19650.00 Class A: 500 Class A: $7500.00 Class B: 750 Class B: $9000.00 Class C: 1200 Class C: $10800.00 Total Revenue: $27300.00 Class A: 100 Class A: $1500.00 Class B: 300 Class B: $3600.00 Class C: 500 Class C: $4500.00 Total Revenue: $9600.00
There are three seating categories at a high school athletic stadium. For a baseball game, Class A seats cost $15 each, Class B seats cost $12 each, and Class C seats cost $9 each. Create an application that allows the user to enter the number of tickets sold for each class. The application should be able to display the amount of income generated from each class of ticket sales and the total revenue generated. If the user fails to enter numeric values, display an appropriate error message and do not attempt to perform calculations
Use the following test data to determine if the application is calculating properly:
Ticket Sales Revenue
Class A: 320 Class A: $4800.00
Class B: 570 Class B: $6840.00
Class C: 890 Class C: $8010.00
Total Revenue: $19650.00
Class A: 500 Class A: $7500.00
Class B: 750 Class B: $9000.00
Class C: 1200 Class C: $10800.00
Total Revenue: $27300.00
Class A: 100 Class A: $1500.00
Class B: 300 Class B: $3600.00
Class C: 500 Class C: $4500.00
Total Revenue: $9600.00
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