Integer numin is read from input. Given the integer vector yearlySalary with the size of numin, write a for loop to initialize the first half of yearlySalary with the remaining integers read from input. Ex: If the input is 6 116 132 134 then the output is: 116 132 134 0 0 0 Note: The vector size is always even.

Complete the following function that counts the even numbers in a 2D vector of integers. int count_evens(const std::vector<std::vector<int>>& v) { // Add your code... } Please add output screenshot!

Integer numFeatured Items is read from input. Then, numFeatured Items strings are read and stored in vector febFeatured Items, and numFeatured Items strings are read and stored in vector oct Featured Items. Perform the following tasks: • If febFeatured Items is equal to oct Featured Items, output "February's featured items are the same as October's featured items. Otherwise, output "February's featured items are not the same as October's featured items." Assign octBackup as a copy of octFeatured Items. Ex: If the input is 3 dresser chair bench recliner sideboard armoire, then the output is: February's featured items: dresser chair bench October's featured items: recliner sideboard armoire February's featured items are not the same as October's featured items. October's backup: recliner sideboard armoire 18 19 20 21 22 23 24 25 26 27 28 29 30 Ni vsiy u IVULUI for (i = 0; i> febFeatured Items.at(i); cout> oct Featured Items.at(i); cout << oct Featured Items.at (i) << " "; } cout <<...

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Integers are read from input and stored into a vector until 0 is read. If the vector's last element is odd, output the odd elements in the vector. Otherwise, output the even elements in the vector. End each number with a newline. Ex: If the input is -9 12 -6 1 0, the vector's last element is 1. Thus, the output is: -9 1 Note: (x % 2 != 0) returns true if x is odd. int value; int i; bool isodd; 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 } cin>> value; while (value != 0) { } for (i = 0; i> value; Check return 0; 1 Next level 2 X 1: Compare output 3 4 For input -9 12 -6 1 0, the vector elements are -9, 12, -6, and 1. The last element, 1, is odd. The odd elements in the vector, -9 and 1, are output, each on a new line. Not all tests passed. 2 V 3

Write the following function #input: a numerical vector x #output:the normalized vector, i.e. the vector rescaled into [0,1] # the formula to normalize is (x-min(x))/ (max(x)-min(x)) # you can NOT use the functions min and max # you can use %%, nrow, ncol, and length # you can write multiple functions

Integers are read from input and stored into a vector until 0 is read. If the vector's last element is odd, output the odd elements in the vector. Otherwise, output the even elements in the vector. End each number with a newline. Ex: If the input is -9 12 -6 1 0, the vector's last element is 1. Thus, the output is: -9 1 Note: (x % 2!= 0) returns true if x is odd. 4 5 int main() { 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20} vector vect1; int value; int i; bool isodd; cin>> value; while (value != 0) { vect1.push_back(value); cin>> value; } V* Your code goes here */ return 0; 2 3

In PYTHON  Write a function that prints multiple times a vector from its first element up to the next occurrence of an element having value equal to a provide number  Each print stops at the i-th occurrence of the provided number  Use while loop(s)  Function Name:vec_multi_print_to_number  Parameters:a_vector,a_value Return:none  Example: Input:my_vector=[5,6,7,8,9,5,6,7,8,9] Invokefunction:print_up_to_value(my_vector,7)  Output:[5,6,7,8,9,5,6,7]

import numpy as np import torch import matplotlib.pyplot as plt Quiz Preparation Question 1. Write a function that generates a random tensor of n x n (n is the input). The output is the mean of the tensor. = 2, 4, 8, 16, ... 1024 and generate a vector 2. Write a code (for loop) that call that calls the function above with n = M(n). Plot the vector as a function of the log of n. 3. Given an n x m array write a code that replaces every element that is larger than 0.5 with 0.5. 4. The second derivative of a function can be approximated by the finite difference 1 ƒ"(x2) = 73 (ƒ(£;+1) — 2ƒ(x;) + f(x;-1)) Given a vector f with values f = [f(xo),..., f(n) write a code that computes the approximation to f"(x) 5. The power method is a method to compute the largest eigenvalue of a matrix. Your google search is using this method every time you perform a google search. The method consists of the iteration Vj+1 = Av; || Avi|| where v; is a vector with chosen as a random vector, and A is the matrix...

Tradng SelCLOon Write the state of the elements of the vector below after each of the first 3 passes of the outermost loop of the selection sort algorithrm // index 0 1 2 3 4 5 6 7 Vector numbers = {29, 17, 3, 94, 46, 8, -4, 12}; selectionSort(numbers); For example, if the vector was {(43125), you would write: {4 3 1 2 5} {1 3 4 2 5} (1 2 4 3 5} {1 2 3 4 5} Thought: How many vectors would I need here if I were to implement this in code? Write your answer here. hp