1. Write a program that converts from 12-hour notation to 24-hour notation. For example, it should...

 

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1. Write a program that converts from 12-hour notation to 24-hour notation. For example, it should convert 2:25 P to 14:25. The input is given as two integers (one for the hour and one for the minutes) and a letter (A for A.M. and P for P.M). The input should be saved in a structure type of variable. There should be at least three functions: one for input, one to do the conversion, and one for output. Thus, the function for doing the conversions will have a call-by-reference formal parameter of type char to record (The function will have other parameters as well.) Include a loop that lets the user repeat this computation for new input values again and again until the user says he or she wants to end the program. 2. Before the program is terminated, display a message indicating if the user converted more A.M time or P.M time. (you will need an array of the structure type created: part 1). ctt 1. Write a program that converts from 12-hour notation to 24-hour notation. For example, it should convert 2:25 P to 14:25. The input is given as two integers (one for the hour and one for the minutes) and a letter (A for A.M. and P for P.M). The input should be saved in a structure type of variable. There should be at least three functions: one for input, one to do the conversion, and one for output. Thus, the function for doing the conversions will have a call-by-reference formal parameter of type char to record (The function will have other parameters as well.) Include a loop that lets the user repeat this computation for new input values again and again until the user says he or she wants to end the program. 2. Before the program is terminated, display a message indicating if the user converted more A.M time or P.M time. (you will need an array of the structure type created: part 1). ctt