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/*
* BlankConsoleLab.cpp : This file contains the 'main' function.Program execution begins and ends there.
*
* Morgan Cyrus
* CST116_Lab1_Cyrus
* Kite Lab
*
* Note: This has been put in order of completion. Do one step and then compile / check it.
*
* Ask the user for the width and length in centimeters.
* Print what the user entered for the width and length.
* Compute the area of the kite. Area = (width × length)/ 2
* Convert the square centimeters to square meters by dividing by 10000.
* Print area in square meters. Note: square meters will use decimals.
* Compute the aspect ratio of the kite. The aspect ratio is width / length
* If the aspect ratio is greater than or equal to 1, print a warning message that a lower aspect ratio would provide more stability.
*
* Your output should be self-documenting. In other words, it should show the input with labels and then the output. You can see some examples of final outputs at the end.
*/
#include <iostream>
using std::cout;
using std::cin;
using std::endl;
float kiteCalc(float wid, float len);
float aspectCalc(float wid, float len);
int main()
{
float kiteWidth = 0;
float kiteLen = 0;
float kiteArea = 0;
cout << "Enter value for kite width in cm: ";
cin >> kiteWidth;
cout << endl << "Enter value for kite length in cm: ";
cin >> kiteLen;
cout << "\nYou have entered " << kiteWidth << "cm for kite width, and " << kiteLen << "cm for kite length." << endl;
kiteArea = kiteCalc(kiteWidth, kiteLen);
cout << "The area of the kite, in square meters, is: " << kiteArea << endl;
aspectCalc(kiteWidth, kiteLen);
}
float kiteCalc(float wid, float len)
{
//calculate kite area in cm^2
float kiteAreaCalc = (wid * len)/2;
//convert cm^2 to meters^2
kiteAreaCalc = kiteAreaCalc / 1000;
return kiteAreaCalc;
}
float aspectCalc(float wid, float len)
{
float aspectRatioCalc = (wid / len);
if (aspectRatioCalc >= 1)
{
cout << "Your kite has an aspect ratio of: " << aspectRatioCalc << endl;
cout << "a lower aspect ratio would provide more stability. \n";
return 0;
}
else
{
return 0;
}
}
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