simple airline ticket reservation program – Global Homework Experts

Write a simple airline ticket reservation program. The program should display a menu with thefollowing operations: reserve a ticket, cancel a reservation, check whether a ticket is reservedfor person, and display the passengers. The information is maintained on an alphabetizedlinked list of names. In a simper version of the program, assume that tickets are reserved foronly one flight. In a fuller version, place no limit on the number of flights. Create a linked listof flights with each node including pointer to a linked list of passengers

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A simple airline ticket reservation program should display a menu with the following options: reserve a ticket, cancel a reservation, check whether a ticket is reserved for a particular person, and display the passengers. The information is maintained on an alphabetized linked list of names. In a simpler version of the program, assume that tickets are reserved for only one flight. In a fuller version, place no limit on the number of the flights. Create a linked list of flights with each node including a pointer to a linked list of passengers.

Write a simple airline ticket reservation program. The program should display a menu with the following operations: reserve a ticket, cancel a reservation, check whether a ticket is reserved for person, and display the passengers. The information is maintained on an alphabetized linked list of names. In a simper version of the program, assume that tickets are reserved for only one flight. In a fuller version, place no limit on the number of flights. Create a linked list of flights with each node including pointer to a linked list of passengers.

Write a simple airline ticket reservation program. The program should display a menu with the following operations: reserve a ticket, cancel a reservation, check whether a ticket is reserved for person, and display the passengers. The information is maintained on an alphabetized linked list of names. In a simper version of the program, assume that tickets are reserved for only one flight. In a fuller version, place no limit on the number of flights. Create a linked list of flights with each node including pointer to a linked list of passengers.

Costs and Tangible Benefits System 1 System 2 Project completion time 1 year 1 year Expected life of the system 5 years 5 years One-time costs $300,000 $140,000 Recurring costs incurred at beginning of years 1–5 $45,000 $55,000 Annual tangible benefits incurred at end of years 1–5 $170,000 $135,000 Based on this information, which system is likely to be chosen? Discuss in 80–100 words.