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Write a C program that initially presents a menu of choices for the user. The menu should consist of the following choices:
Create an initial linked list of students and grades.Insert a new student into the linked list.Modify an existing student in the linked list.Delete an existing student from the linked list.Display the linked list.Exit from the program.
Upon the user's selection, the program should execute the appropriate functions to satisfy the request.
Design an O(n) algorithm that decides (schedules) for each node at which time slot to start sending data such that the total number of time (slots) is minimized.
Create an algorithm to produce list of customers from Glad Rags Clothing Company's customer master file. Each record on customer master file contains the customer's number
Look up each test item in array of member items, by using sequential search. What is the worst-case running time of it. (asymptotically, in terms of n and k)?
Find the Minimum Cost Path from a designated start node to a designated destination node in a graph.
Identify at least two data structures that are used to organize a typical file cabinet. Why do you feel it is necessary to emulate these types of data structures in a computer program?
Explain how will use a search tree to find the solution.
Create algorithm which will prompt for and receive the employee number from operator at terminal. Your program is to search array of valid employee numbers to check that employee number is XXXXX,
Determine the total number of keys that are needed for organization if symmetric cipher is used.
Question 1. Explain five types of information systems, and give an example of each. Question 2. Describe three common reasons for a systems request. Try and find one not listed in the text.
Describe why. Full binary tree requires to have a node with 0 or 2 children and complete tree have their child starting from left. Choose the one true statement. Every binary tree is either complete or full.
Describe the distinction between an ambiguity in a proposed algorithm and an ambiguity in the representation of an algorithm. Describe how the use of primitives helps remove ambiguities in an algorithm's representation.
Data structures for a single algorithm
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