#include #include #include using namespace std;

// This program demonstrates partially initialized structure variables

// PLACE YOUR NAME HERE

struct taxPayer { string name; long socialSecNum; float taxRate; float income; float taxes; };

int main() { // Fill in code to initialize a structure variable named citizen1 so that // the first three members are initialized. Assume the name is Tim // McGuiness, the social security number is 255871234, and the tax rate is .35 taxPayer citizen1; citizen1.name="Tim McGuiness"; citizen1.socialSecNum = 255871234; citizen1.taxRate = .35;

// Fill in code to initialize a structure variable named citizen2 so that // the first three members are initialized. Assume the name is John Kane, // the social security number is 278990582, and the tax rate is .29 taxPayer citizen2; citizen2.name="John Kane"; citizen2.socialSecNum = 278990582; citizen2.taxRate = .29;

cout

// calculate taxes due for citizen1

// Fill in code to prompt the user to enter this year's income for the citizen1 cout>citizen1.income; // Fill in code to determine this year's taxes for citizen1 citizen1.taxes = citizen1.income*citizen1.taxRate; cout

cout

cout

// calculate taxes due for citizen2

// Fill in code to prompt the user to enter this year's income for citizen2 cout

// Fill in code to read in this income to the appropriate structure member cin>>citizen2.income;

// Fill in code to determine this year's taxes for citizen2 citizen2.taxes = citizen2.income*citizen2.taxRate;

cout

cout

cout

return 0; }

This is a C++ problem

Option 1: Re-write Sample Program 11.2 so that it works for an array of structures. Write the program so that it compares 6 circles. You will need to come up with a new way of determining which circle's center is closest to the origin