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A PART table with Part# as search key field includes records with the following Part# values: 23,65,37,60,46,92,48,71,56,59,18, 21,10,74,78,15,16,20,24,28. Suppose that the records are inserted into a table without sorting and the search field values are inserted in the given order into an initially empty B+ tree. Build a B+ tree for the PART table with n = 6 pointers; show how the B+ tree expand (show several intermediate trees) and what the final tree will look like.
Illustrate all your work. Use modular approach to solving this problem. Give the following submodule. Calculations - module to compute gross pay. Using the Program Development Cycle, develop an algorithm using pseudocode for the following task.
Design an algorithm based on BFS that either colors a graph with 2 colors or determines that two colors are not sufficient.
Write the most efficient pseudocode algorithm you can to determine the record with specific customerID if every single customer ID from 101 to 500 is used and array has 400 elements.
You are working on the new computer game. One of implementation problems you are trying to solve is character pathfinding. What algorithms would be good to use and explain why?
What factors and principles should the federal government take into account when considering indecency regulation issues?
Pseudocode algorithm you would write for a simple task. What do you think is the most difficult part of creating the algorithm? What can you do to make this process easier?
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)?
At most how many leaf nodes can a decision tree have if it is consistent with a training set containing 100 examples?
Write a pseudocode for a divide-and-conquer algorithm for finding the position of the largest element in an array of n numbers.
If this is psudocode for encryption feistel cipher determine decryption algorithm?Output: ciphertext = (left[16], right[16]) Explain pseudo-code of corresponding decryption algorithm for this cipher.
Create a divide and conquer algorithm to solve problem. The time complexity of your algorithm must be O(nlgn) or better.
Write an algorithm for a program which will satisfy following requirements: - Asks a user how many numbers they want to calculate.
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