#include “stdafx.h”

#include <iostream>

#include <ofstream>

#include " "


using namespace std;



void main()

{

float degrees[12];

float diff[12];

float sum;

float average;

int I;



ofstream outData;




outData.Open(“tempdata.dat”);



cout<<”Input first temperature “;

cin >> degrees[0];



cout<<”Input first temperature “;

cin >> degrees[0];

cout<<”Input second temperature “;

cin >> degrees[1];

cout<<”Input third temperature “;

cin >> degrees[2];

cout<<”Input fourth temperature “;

cin >> degrees[3];

cout<<”Input fifth temperature “;

cin >> degrees[4];

cout<<”Input sixth temperature “;

cin >> degrees[5];

cout<<”Input seventh temperature “;

cin >> degrees[6];

cout<<”Input eightth temperature “;

cin >> degrees[7];

cout<<”Input ninth temperature “;

cin >> degrees[8];

cout<<”Input tenth temperature “;

cin >> degrees[9];

cout<<”Input eleventh temperature “;

cin >> degrees[10];

cout<<”Input twelveth temperature “;

cin >> degrees[11];



diff[1] = degrees[1] – degrees[0];

diff[2] = degrees[2] – degrees[1];

diff[3] = degrees[3] – degrees[2];

diff[4] = degrees[4] – degrees[3];

diff[5] = degrees[5] – degrees[4];

diff[6] = degrees[6] – degrees[5];

diff[7] = degrees[7] – degrees[8];

diff[8] = degrees[8] – degrees[7];

diff[9] = degrees[9] – degrees[8];

diff[10] = degrees[10] – degrees[9];

diff[11] = degrees[11] – degrees[10];



outData<<degrees[0] <<endl<<degrees[1]<<diff[1]<<endl<<degrees[2]<<diff[2]<<endl’;

outData<<degrees[3]<<diff[3]<<endl<<degrees[4]<<diff[4]<<endl<<degrees[5]<<diff[5]<<endl;

outData<<degrees[6]<<diff[6]<<endl<<degrees[7]<<diff[7]<<endl<<degrees[8]<<diff[8]<<endl;

outData<<degrees[9]<<diff[9]<<endl<<degrees[10]<<diff[10]<<endl<<degrees[11]<<diff[11]<<endl;



average = 0.0;

sum = 0;

for (I=0 ; I < 12; I++)

sum = sum + degrees[i];



average = sum / 12 ;



cout <<” The calculated average temperature is : “ << average <<endl;



cin.get();

outData.close();

return 0;



}

Sorry but, NO.