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Q1. Describe an array.
Q2. What are the various implementations that can be used for an array?
Q3. Provide the code that would illustrate how to create, reference, and address an element of an array.
Q4. Create a flowchart to show how to sort an array using a Bubble Sort.
Q5. Provide the pseudocode for the flowchart.
Q6. Create a flowchart and give the pseudocode for searching an array for a specified value. Original Only in Word document.
Implement the following algorithm for the evaluation of arithmetic expressions. Each operator has a precedence. The + and - operators have the lowest precedence.
Create the algorithm which takes as inputs, matrices C, D, and vertex indices i and j, and returns minimum-cost path from vertex i to vertex j.
We know how the regular tree walk algorithm works. If you have some values in the tree then the tree walk algorithm prints everything in order
Design a linked list structure Music that contains data fields Name, Artist, Number_of_Songs, and a pointer to the list. Design the structure with three members and fill in data for each member.
question 1 what is a query evaluation plan? what are its advantages and disadvantages?question 2 discuss the different
Assume you are sitting at desk at office and using your laptop computer. The boss calls an emergency meeting for you and many colleagues, and asks everyone to bring his or her laptop computer.
Write the algorithm (described informally) which takes as input NPDA A and determines whether the language of A is nonempty.
Write an implementation of a data structure S that supports the following operations: Insert(S, x): insert the key x into S only if it is not already there.
Provide every worker in the Local Locale Company the privileges required to query and update the NEWS_ARTICLE table and the CLASSIFIED_AD table.
Implement a nice graph datastructure. Implement two different greedy graph coloring algorithms. Shortest path algorithm and MST algorithms.
Find the shortest path tree from every node to node 1for the graph of following figure using Bellman-Ford and Dijkstra algorithm.
Using Cuckoo hashing, hash the following keys using the (h1,h2) pairs shown. A: 2,0 B: 0,0 C: 4,1 D: 0,1 E: 2,3 Using Hopscotch hashing with a max hop of 4, hash the following keys. A: 6 B: 7 C: 9 D: 7 E: 6 F: 7 G: 8
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