in c language
10. Scheduled time of arrival. Airline travelers often want to know what time a flight will arrive at its destination in the local time of the destination. This can be calculated given the following data: The scheduled takeoff time, in hours and minutes on a 24-hour clock. (Valid hours are 0...23, valid minutes are 0...59) The scheduled duration of the flight, in hours and minutes. The number of time zone boundaries the flight will cross. This number should be negative if traveling from East to West, positive if going West to East. Whether the international date line will be crossed. This number should be +1 if it is crossed traveling from East to West, -1 if crossed while going West to East, and 0 if it is not crossed. Legal values are in the range -23...23. Using top-down design, write a program with functions that will make this calculation for a series of flights. For each flight, your program must input these data values from the user and print the scheduled time at which the flight should arrive at its destination. This time is calculated as follows: . Starting with the takeoff time, add or subtract an hour for each time-zone change. Then add the duration of the flight to this time. Finally, adjust the time by adding or subtracting a day if the flight crossed the international date line. Use integer division and the modulus operator to convert minutes to hours + minutes, and hours to days + hours. Print the local time of arrival using a 24-hour clock. Also print -1 day if the flight will land the day before it took off or +1 day if it will land the day after it took off (both are possible). Suggestion: Write a function that will input, validate, and return one integer. It should have two integer parameters: the minimum and maximum acceptable values for the input. 10. Scheduled time of arrival. Airline travelers often want to know what time a flight will arrive at its destination in the local time of the destination. This can be calculated given the following data: The scheduled takeoff time, in hours and minutes on a 24-hour clock. (Valid hours are 0...23, valid minutes are 0...59) The scheduled duration of the flight, in hours and minutes. The number of time zone boundaries the flight will cross. This number should be negative if traveling from East to West, positive if going West to East. Whether the international date line will be crossed. This number should be +1 if it is crossed traveling from East to West, -1 if crossed while going West to East, and 0 if it is not crossed. Legal values are in the range -23...23. Using top-down design, write a program with functions that will make this calculation for a series of flights. For each flight, your program must input these data values from the user and print the scheduled time at which the flight should arrive at its destination. This time is calculated as follows: . Starting with the takeoff time, add or subtract an hour for each time-zone change. Then add the duration of the flight to this time. Finally, adjust the time by adding or subtracting a day if the flight crossed the international date line. Use integer division and the modulus operator to convert minutes to hours + minutes, and hours to days + hours. Print the local time of arrival using a 24-hour clock. Also print -1 day if the flight will land the day before it took off or +1 day if it will land the day after it took off (both are possible). Suggestion: Write a function that will input, validate, and return one integer. It should have two integer parameters: the minimum and maximum acceptable values for the input
