Q4:3- For the next (x)array, we find the minimum value of diagonal by:102 34544X=74 7254O a) min(min(x))b) diag(min(x))c) min(diag(x))Od) None of them697

diag(A) method: It returns a column vector of the main diagonal elements of A. For example, A = [10…

Answered: Q4: 3- For the next (x)array, we find…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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An inversion in an array is a pair of elements that are "out of order," meaning that the element that occurs earlier in the array is bigger than the one that occurs later. What is the largest-possible total number of inversions an 8-element array can have? O 64 O 15 O None of the choices O 7 O 28 O 32
H3. Let S = [x1, x2, x3, ...xn], where n ≥ 5. How many ways can you choose five of the values in the array S, given that x1 = x2 = x3 and all other xi are distinct? The order of the chosen elements does not matter
ZMA @ Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. Captionless Image O O 10:00 م 3G Asiacell ... 1-If N(I, J) 0 Then 2-Print I; (","); J; 3-End If 4-Next J, I 1-If N(I, J) < 0 Then 2-End If 3- Next J, I 4- Print I; (","); J; Quilgo Submission ID (do not edit) * docs.google.com
Given a group of characters a circular array AL]. It is required for each one to print the index of the first bigger character on its right. Print -1 if no one is bigger than it. Example 1: Explanation of example 1: (reter to the figure below) The given array All of character is as follows: AQ={L,B.Q.F.T.M A[index] A[0] A[1] A[2] A[3] A[41 A[5) Output: ContentL B Q Zu2 4 4 -1 2 O Regarding "L", the first bigger character on its right is Example 2: "Q' (i.e., A[2]), and hence 2 is printed. AI={J,P,S,D,N} O Regarding and hence "B" 2 is printed again has also the same on her right, Output: D... and so on. 1.2 -1 4 1 a) Describe how a brute-force approach algorithm would solve the above problem, and explain its complexity. b) Design a more efficient algorithm to solve this problem. [The efficiency of your algorithm is the main driver of the mark], and analyze the complexity of your solution. [full explanation of your answer should be provided] c) Develop a python code to implement your…
ALGO2(A)// A is an integer array, index starting at 11:for i=1 to n-1 do2: for j=n to i+1 do3: if (A[j] < A[j-1]) then4: exchange A[j] with A[j-1] Which function best describes the worst-case running time behaviour of ALGO2 on an array of size n? Option 1) a*(n^2) + b*n +c, where a,b,c are constantsOption 2) a*n + b , where a and b are constantsOption 3) a * n * log(n) + b, where a,b are constantsOption 4) a*(n^3) + b*(n^2) + c*n + d, where a,b,c,d are constants
Suppose the weekly hours for all employees are stored in a two-dimensional array. Each row records an employee's seven-day work hours with seven columns. For example, the following array stores the work hours for eight employees. Su MTW Th F Sa Su Employeel 0 Employee2 1 Employee3 2 Employee4 3 Employees 7 Employee6 5 Employee7 6 Employee8 7 52 2 2 13 7 34 4 3. 4 4 34 9 34 6 8 3 3. 32 2 by Java code 3 4 6. 3 4 4 6 3 4 374 8 3 8 6 35 9 87 4 4 27 Write a program that Prompt the user to enter number of employees Prompt the user to enter the employees names and save their names in a one dimensional array. (Check for availability if name exist, no duplicate names) For each employee, enter the seven-day work hours and save them in a two dimensional array. Compute the total hours worked by each employee and save them in one dimensional array. Compute the wages of employees as follows: up to 40 hours per week the hour price is 20 otherwise the overtime hour price is 1.2 regular hour price.…
In each input array, every number repeats at least once, except for two. Write a function that returns the two unique numbers. Examples returnUnique ([1, 9, 8, 8, 7, 6, 1, 6]) → [9, 7] returnUnique([5, 5, 2, 4, 4, 4, 9, 9, 9, 1]) → [2, 1]
The following algorithm examines all the components in a given array to check for the existence of any two numbers, where one of them is the square of the other, in the given array or not.For example 1: input: A[9,5,28,25,47, 55]  output: true For example 2: input: A[24,15,18,18,42, 22]  output: falseIn example 1 the output is True because (5 and 25), where 25 is the square value of 5, while the output of example 2 is False because there is no any pair of numbers that meets this condition.• Input: An array A[0…n-1] • Output: Return True if there exist any two numbers, where one of them is the square of the other in the array, False otherwise a) Design a brute force algorithm to solve this problem and analyze its complexity. [explain your answer] b) Design a more efficient algorithm to do the same job analyze the complexity of your algorithm [explain your answer] c) Develop a python code to implement your efficient algorithm.
Given an array arr[] of N non-negative integers representing the height of blocks. If width of each block is 1, compute how much water can be trapped between the blocks during the rainy season. Example 1: Input: N = 6 arr[] Output: 10 = {3,0,0,2,0,4}
Pls. answer the 2 questions. write a short explanation each.
int g(int nums[], int n) { if (n == 1) return 0; int val = g(nums, n-1); if (nums[n-1] > nums[val]) return val; return n-1; } Give a recurrence T(n) for the number of times the code nums[n-1] > nums[val] is executed when the array values are in ascending order. Then solve the recurrence

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Q4: 3- For the next (x)array, we find the minimum value of diagonal by: 10 2 3 4 5 4 4 X= 7 4 7 2 5 4 O a) min(min(x)) b) diag(min(x)) O c) min(diag(x)) d) None of them 6 9 7