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  2. Booth’s algorithm is a multiplication algorithm that multiplies two signed binary numbers in 2’s complement notation. Booth used desk calculators that were faster at shifting than adding and created the algorithm to increase their speed. Booth’s algo...

    // CPP code to implement booth's algorithm
    #include <bits/stdc++.h>
    using namespace std;
    // function to perform adding in the accumulator
    void add(int ac[], int x[], int qrn)
    {
    int i, c = 0;

    for (i = 0; i < qrn; i++) {

    // updating accumulator with A = A + BR
    // Java code to implement booth's algorithm
    class GFG
    {
    // function to perform adding in the accumulator
    static void add(int ac[], int x[], int qrn)
    {
    int i, c = 0;
    for (i = 0; i < qrn; i++)
    {
    // updating accumulator with A = A + BR
    ac[i] = ac[i] + x[i] + c;
    # Python3 code to implement booth's algorithm
    # function to perform adding in the accumulator
    def add(ac, x, qrn):
    c = 0
    for i in range(qrn):

    # updating accumulator with A = A + BR
    ac[i] = ac[i] + x[i] + c;

    if (ac[i] > 1):
    ac[i] = ac[i] % 2
    c = 1

    else:
    c = 0
    // C# code to implement
    // booth's algorithm
    using System;
    class GFG
    {
    // function to perform
    // adding in the accumulator
    static void add(int []ac,
    int []x,
    int qrn)
    {
    int i, c = 0;

    for (i = 0; i < qrn; i++)
    {

    // updating accumulator
    // with A = A + BR
    ac[i] = ac[i] + x[i] + c;
    //JavaScript code to implement booth's algorithm
    // function to perform adding in the accumulator
    function add(ac, x, qrn)
    {
    let c = 0;
    for (let i = 0; i < qrn; i++)
    {
    // updating accumulator with A = A + BR
    ac[i] = ac[i] + x[i] + c;

    if (ac[i] > 1)
    {
    ac[i] = ac[i] % 2;
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