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Question: Create all the code for a class called ArrayQsn. This class will contain 2-techniques. The first technique runningSumMean accepts an array of ints as a parameter, and will return the mean of the values as a double. It also changes the values of the array so that they are running sum values.For example, the array:{2, 4, 5, 1, 3}Would become:{2, 6, 11, 12, 15}after the method is called. Do not write more than one loop inside the method. Your method must accept any size array.If the array is empty (no values), then provide an error message to the screen and return zero.The second method is the "main" method. Use it to test the runningSumMean method with the array given above. The main method must provide output to the screen that would look like:
Mean = 3Array: 2, 6, 11, 12, 15
Today ISDN cost $40 every month for BRI service which includes 1 D Channel and 2 B Channels. Every channel is capable of transmitting 64kbps of voice, data, video or fax for a total of 128 kbps.
Assume you have the array A of n items, and you want to find k items in A closest to the median of A. Describe why your algorithm runs in O(n) time.
Find the shortest path tree from every node to node 1for the graph of following figure using Bellman-Ford and Dijkstra algorithm.
Assume we tried to simplify RSA cryptosystem using just prime p instead of composite modulus N = pq. As in RSA, we would have encryption exponent.
Removes it from row permanently, and receives value of coin. Find out the maximum possible amount of money we can definitely win if we move first.
Binary tree is full if all of its vertices have either zero or two children. Let Bn denote number of full binary trees with n vertices. Illustrate by induction (substitution) that Bn is 2 (n) .
Write a C++ program to find the intersection, A set is a collection of distinct entities regarded as a unit, being either individually specified or (more usually) satisfying specified conditions.
Given the probabilities r1, · · · , rn, the costs c1, · · · , cn, and the budget B, ?nd the redundancies m1, · · · , mn that are within the available budget and that maximize the probability that the system works correctly. Devise an ef?cient algo..
Create an Algorithm to implement the given function and explain how the required task can be achieved in a step by step process.
Determine the minimum number of nodes expanded and storage required for BFS and DFS? (Hint: this question asks about the best case performance of BFS and DFS).
For instance, the constraints x1 = x2, x2 = x3, x3 = x4, and x1 6= x4 cannot be satis fied. Give an efficient algorithm that takes as input m constraints over n variables and decides whether the constraints can be satis fied.
Addition and Subtraction of numbers in binary and round to the nearest decimal number with three significant decimal digits
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