main.py import first first.py second.py def one (number): return number ** 2 def two (number): return number * 6 def three (number): return one (number) print (three (8)) print (first.three (8)) print (first.four (8)) main.py first.py second.py import second def one (number): return number - 1 def two (number): return number * 5 def three (number): return one (number) + two (number) def four (number): return second. three (number) main.py first.py second.py def one (number): return number - 2 two (number) def two (number): return number 9 def three (number): return number + 4

1 using System; 2 using System.Text; 3 class Program { staticvoid Main(string[] args) { int choice,games_choice; Console.WriteLine("You are on a quest for a rare flavor of chips you saw on an ad. The inside of the bag has an invaluable prize that could change your life forever. You decide to dedicate today to find that bag of chips. Do you go to Walmart or Costco first?"); Console.Write("Press 1 for 'Walmart' or Press 2 for 'Costco'\n"); choice = int.Parse(Console.ReadLine()); if(choice==1) { Console.WriteLine("You begin your meticulous search in the isles of the Walmart Supercenter only to find an empty display of the newly released rare flavor of chips. Out of the corner of your eye you see a nearby shopper with three bags of those rare chips in her basket casually strolling along. Craziness pops in your head and you have to make a quick decision. Your first option is to ask her nicely for one of the bags but that just seems far fetched. Your second option is to challenge her to a…

def SomeMethod(a,b):   a= a+b   b=b+a   print(a,b,end=" ")   return (a+b) def main():   x=10   y=20   print(SomeMethod(x,y)) main()   x and y are called: ? a and b are called: ?

int main(){    long long int total;    long long int init;     scanf("%lld %lld", &total, &init);    getchar();     long long int max = init;    long long int min = init;     int i;    for (i = 0; i < total; i++)    {        char op1 = '0';        char op2 = '0';         long long int num1 = 0;        long long int num2 = 0;         scanf("%c %lld %c %lld", &op1, &num1, &op2, &num2);        getchar();         long long int maxr = max;        long long int minr = min;         if (op1 == '+')        {            long long int sum = max + num1;             maxr = sum;            minr = sum;             long long int res = min + num1;             if (res > maxr)            {                max = res;            }             if (res < minr)            {                minr = res;            }        }        else        {            long long int sum = max * num1;             maxr = sum;            minr = sum;             long long int res = min * num1;…

main.py import first def one (number): return number ** 2 def two (number): return number * 7 def three (number): return one (number) two (number) print (three (3)) print (first.three (3)) print (first.four (3)) main.py first.py second.py import second first.py second.py def one (number): return number - 1 def two (number): return number * 2 def three (number): return one (number) + two (number) def four (number): return second. three (number) def one (number): main.py first.py second.py return number - 8 def two (number): Type the program's output return number + 6 def three (number): return number * 9 I I

Please written by computer source   Unit 4 - Lab – Individual Retirement Account Calculation Assignment An Individual Retirement Account (IRA) is a special bank / brokerage account that a person can use to save money for retirement. An individual can put up to $5,500 per year tax free and the money grows tax free until the person is ready to retire. The tax rules related to IRA’s are complex, but for this assignment, we’ll assume that the person puts in the same amount of money every year (up to $5,500) and the money grows at a constant interest rate. Write a Flowgorithm program that asks the user to input an annual IRA contribution (in dollars), and interest rate (percent), and a time period (years). Calculate the value of the IRA every year for the duration of the time period provided by the user. Be sure and provide user friendly prompts. Include a comment at the beginning of the program with your name, date, and a short description of the program.

Write a function to determine the resultant force vector R of the two forces F₁ and F2 applied to the bracket, where 0₁ and 0₂. Write R in terms of unit vector along the x and y axis. R must be a vector, for example R = [Rx, Ry]. The coordinate system is shown in the figure below: F₁ y 0₂ 0₁ 1 ►x F2

Integer userValue is read from input. Assume userValue is greater than 1000 and less than 99999. Assign tensDigit with userValue's tens place value. Ex: If the input is 15876, then the output is: The value in the tens place is: 7 2 3 public class ValueFinder { 4 5 6 7 8 9 10 11 12 13 GHE 14 15 16} public static void main(String[] args) { new Scanner(System.in); } Scanner scnr int userValue; int tensDigit; int tempVal; userValue = scnr.nextInt(); Your code goes here */ 11 System.out.println("The value in the tens place is: + tensDigit);

#include<stdio.h>#include<stdlib.h> int cent50=0;int cent20=0;int cent10=0;int cent05=0; void calculatechange(int* change){if(*change>0){if(*change>=50){*change-=50;cent50++;}else if(*change>=20){*change-=20;cent20++;}else if(*change>=10){*change-=10;cent10++;}else if(*change>=05){*change-=05;cent05++;}calculatechange(change);}}void printchange(){if(cent50)printf("\n50cents:%d coins",cent50);if(cent20)printf("\n20cents:%d coins",cent20);if(cent10)printf("\n10cents:%d coins",cent10);if(cent05)printf("\n05cents:%d coins",cent05);cent50=0;cent20=0;cent10=0;cent05=0;}void takechange(int* change){scanf("%d",change);getchar();}int main(){int change=0;int firstinput=0;while(1){if(!firstinput){printf("\nEnter the amount:");firstinput++;}else{printf("\n\nEnter the amount to continue or Enter -1 to…

C++ code. Please describe what EACH line means/does. Ignore code that is commented out.