Using C++ Programming Language: In a 3x3 array using a loop print characters (not integers) of 1-9. Now write function to ask user to input (‘X’ or ‘O’) in each of the selected position 1-9 in the array. If the user selects X in one of the positions then it would be O in the next selection and print the 3x3 array in each of the total 9 insertions. No repetition in any position is allowed.

(Practice) a. Write output statements using cout that can be used to display values from the first, third, and seventh elements of each array declared in Exercise 2. b. Write a for loop that can be used to display values for the complete array declared in Exercise 2.

(Electrical eng.) Write a program that stores the following resistance values in an array named resistance: 16, 27, 39, 56, and 81. Your program should also create two arrays named current and power, each capable of storing five double-precision numbers. Using a for loop nd a cin statement, have your program accept five user-input numbers in the current array when the program is run. Your program should store the product of the values of the squares of the current array and the resistance array in the power array. For example, use power[1]=resistance[1]pow(current[1],2). Your program should then display the following output (fill in the chart):

(Numerical) Write and test a function that returns the position of the largest and smallest values in an array of double-precision numbers.

Use C++ program

Using C++ Language Modify the provided program to compute the minimum of the elements across rows and columns. You need to store the minimum values in their own arrays (for example, min_row and min_col) and then display the content of the arrays with a suitable message. You may use two nested loops in the program – one to find the minimum value in each row and the other to find the minimum value is each column.   code:  #include <iostream>using namespace std; int main(){    const int ROW_SIZE=2; //# of rows    const int COLUMN_SIZE=5; //# of columns    int matrix[ROW_SIZE][COLUMN_SIZE]; //2D array    for(int i=0; i<ROW_SIZE; ++i)    {        for (int h=0; h<COLUMN_SIZE; ++h)        {            cout<<"Enter data for row #"<<i+1<<" and column #"<<h+1<<": ";            cin>>matrix[i][h]; //read matrix elements        }    }        cout<<"You entered: "<<endl;    for(int i=0; i<ROW_SIZE; ++i)    {        for (int…

in c++ language

Using C language

C Program Calloc Write a program that asks for two integers X and Y as input and creates two arrays with sizes X and Y using calloc.   Then, ask for the elements of the two arrays using a loop of your preference and concatenate the two arrays into one. Elements in X must come first. One line containing an integer for the size of the array X       Print the concatenated elements inside a pair of square brackets [ ] where each elements are separated by a comma and a space.   At the end of the program, don't forget to free the memory space. Input 1. One line containing an integer for the size of the array X 2. One or more lines containing an integer for the elements of array X 3. One line containing an integer for the size of the array Y 4. One or more lines containing an integer for the elements of array Y Output Enter size of array 1: 3 Enter element 1: 1 Enter element 1: 2 Enter element 1: 3   Enter size of array 2: 2 Enter element 1: 4 Enter element 1: 5   [1, 2, 3,…

Using C++ Language In this program, you will write a program that uses a function to compute the maximum value in a randomly generated array of integers. Inside your main function, declare an array of size 10. Using a suitable loop, generate seeded randomly generated numbers between 50 and 100 inclusive. Display the randomly generated numbers using a suitable message. Call a function that returns the maximum value of the array. You will need to pass this array to a function. The function does not need to modify the array, hence pass it as a constant array. Use a global constant for the size of the array. You must display the maximum value of the array in the main function.