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Write pseudocode representing a program designed to calculate cost-per-day of vehicle ownership. Inputs would include fuel, loan payments, taxes, etc. The costs should be annual costs and the total of
Based on the job_title_code passed into the procedure, return the job_title_code, job title, and the maximum salary for that job_title_code.
Daily Life Magazine wants an analysis of the demographic characteristics of its readers. The Marketing Department has collected reader survey records containing the age, gender, marital status, and an
Write an algorithm that can find an index i such that T[i] = i (1 <= i <= n), provided such an index exists. should take a time in O(logn) in the worst case.
Using Microsoft Access, create the keys and relationships between tables for the Huffman Trucking Driver Log.
Draw a flowchart to let a user play 10rounds of head or tail guessing game. Display how many times the player has guessed the outcomes correctly.
An edge of a flow network is called critical if decreasing the capacity of this edge results in a decrease in the maximum flow. Give an efficient algorithm that finds a critical edge in a network.
Write an algorithm for a programme that prompts the user to enter five test scores,claculate the total of the five tests and find the wighted average of each test assuming that each test weights 20%
Using the FIFO page removal algorithm, do a page trace analysis indicating page faults with asterisks (*). Then compute the failure and success ratios.
Write pseudocode and draw the flowchart for a problem in which N numbers are read and it is desired to pick and display the largest of them.
Design an algorithm to find such a second smallest s âˆ' t path. Please describe your algorithm and sketch its correctness. Pseudocode is NOT required.
Let G = (V, E) be a connected, undirected graph. For each edge e ∈ E, we have a cost weight ce. The minimum-spanning-tree problem is to find an acyclic subset T âŠ&dagge
Design an O(n9) algorithm to find a 9-clique in G, if such clique exists; answer "no such a clique" if it does not exist. Please describe your algorithm and sketch its correctness. Pseudocode is NOT r
Draw a flowchart to represent the logic of a program that allows the user to enter five values. the program prints the largest and the smallest number from the five values provided. write the pseudoco
Write a pseudocode for a divide-and-conquer algorithm for finding the position of the largest element in an array of n numbers.
We know by rice's theorem that none of the following problems are decidable. however ,are they recursively enumerable,or non-RE?a) IS L(M) infinite?
Write an algorithm (pseudocode) to find the intersection of two singly-linked lists. Assume that the data in each list are in nondecreasing order.
Many students play many different sports. One person, called the head coach, assumes the role of coaching all these sports.
Create a detailed ERD using the Entities and Attributes for Driver's Log document found on the Huffman Trucking Intranet site. You may use MS Word or Excel to accomplish this project. Please check wit
Assume DT1 and DT2 are decision trees representing arbitrary boolean functions, and that DT2 is an elaboration of DT1 if ID3 could extend DT1 into DT2. If true give a proof; if false, a counterexample
Write an algorithm for a program that prompts the user to enter five test scores, calculate the total of the five tests and find the weighted average of each test assuming that each test weighs 20 per
Design an algorithm that will receive two integer items from a terminal operator, and display to the screen their sum, difference,product and quotient. Note that the quotient calculation (first intege
Design an algorithm to compute and print the average earnings,lowest earnings and highest earnings of a group of employees. each input record will contain the name of one employee.also indicate the pe
For the problem of making change, consider the greedy rule: choose the largest denomination. Does the greedy rule always give an optimal solution for the currency system <11, 7, 2, 1>? If yes, p
Given an undirected graph G = (V, E). Find a spanning tree of G with the maximum number of vertices that have degree 1. Show that this problem is NP-complete.