برنامه محاسبه مساحت بادبادک — راهنمای کاربردی

1// C++ implementation of the approach 
2  
3#include <bits/stdc++.h> 
4using namespace std; 
5  
6// Function to return the area of kite 
7float areaOfKite(int d1, int d2) 
8{ 
9    // use above formula 
10    float area = (d1 * d2) / 2; 
11    return area; 
12} 
13  
14// Driver code 
15int main() 
16{ 
17    int d1 = 4, d2 = 6; 
18    cout << "Area of Kite = "
19         << areaOfKite(d1, d2); 
20  
21    return 0; 
22}

1// Java implementation of the approach 
2class GFG  
3{ 
4  
5    // Function to return the area of kite 
6    static float areaOfKite(int d1, int d2) 
7    { 
8        // Use above formula 
9        float area = (d1 * d2) / 2; 
10        return area; 
11    } 
12  
13    // Driver code 
14    public static void main(String[] args) 
15    { 
16        int d1 = 4, d2 = 6; 
17        System.out.println("Area of Kite = "
18                + areaOfKite(d1, d2)); 
19    } 
20} 
21  
22// This code is contributed by Rajput-Ji 

1# Python implementation of the approach 
2  
3# Function to return the area of kite 
4def areaOfKite(d1, d2): 
5  
6    # use above formula 
7    area = (d1 * d2) / 2; 
8    return area; 
9  
10# Driver code 
11d1 = 4; 
12d2 = 6; 
13print("Area of Kite = ", 
14    areaOfKite(d1, d2)); 
15  
16# This code is contributed by Rajput-Ji 

1// C# implementation of the approach 
2using System; 
3  
4class GFG  
5{ 
6  
7// Function to return the area of kite 
8static float areaOfKite(int d1, int d2) 
9{ 
10    // Use above formula 
11    float area = (d1 * d2) / 2; 
12    return area; 
13} 
14  
15// Driver code 
16public static void Main() 
17{ 
18    int d1 = 4, d2 = 6; 
19    Console.WriteLine("Area of Kite = "
20            + areaOfKite(d1, d2)); 
21} 
22} 
23  
24// This code is contributed by anuj_67.. 

1// C++ implementation of the approach 
2  
3#include <bits/stdc++.h> 
4#define PI 3.14159 / 180 
5using namespace std; 
6  
7// Function to return the area of the kite 
8float areaOfKite(int a, int b, double angle) 
9{ 
10    // convet angle degree to radians 
11    angle = angle * PI; 
12    // use above formula 
13  
14    double area = a * b * sin(angle); 
15    return area; 
16} 
17  
18// Driver code 
19int main() 
20{ 
21    int a = 4, b = 7, angle = 78; 
22    cout << "Area of Kite = "
23         << areaOfKite(a, b, angle); 
24  
25    return 0; 
26} 

1// Java implementation of the approach 
2import java.io.*; 
3  
4class GFG 
5{ 
6      
7static double PI = (3.14159 / 180); 
8  
9// Function to return the area of the kite 
10static float areaOfKite(int a, int b, double angle) 
11{ 
12    // convet angle degree to radians 
13    angle = angle * PI; 
14      
15    // use above formula 
16    double area = a * b * Math.sin(angle); 
17    return (float)area; 
18} 
19  
20// Driver code 
21public static void main (String[] args) 
22{ 
23  
24    int a = 4, b = 7, angle = 78; 
25    System.out.println ("Area of Kite = " + areaOfKite(a, b, angle)); 
26} 
27} 
28  
29// This code is contributed by jit_t. 

1# Python implementation of the approach 
2import math 
3PI = 3.14159 / 180; 
4  
5# Function to return the area of the kite 
6def areaOfKite(a, b, angle): 
7      
8    # convet angle degree to radians 
9    angle = angle * PI; 
10      
11    # use above formula 
12  
13    area = a * b * math.sin(angle); 
14    return area; 
15  
16# Driver code 
17a = 4; b = 7; angle = 78; 
18print("Area of Kite = ", 
19        areaOfKite(a, b, angle)); 
20  
21# This code contributed by PrinciRaj1992 

1// C# implementation of the approach 
2using System; 
3  
4class GFG 
5{ 
6    static double PI = (3.14159 / 180); 
7  
8// Function to return the area of the kite 
9static float areaOfKite(int a, int b, double angle) 
10{ 
11    // convet angle degree to radians 
12    angle = angle * PI; 
13      
14    // use above formula 
15    double area = a * b * Math.Sin(angle); 
16    return (float)area; 
17} 
18  
19// Driver code 
20static public void Main () 
21{ 
22    int a = 4, b = 7, angle = 78; 
23    Console.WriteLine("Area of Kite = " + areaOfKite(a, b, angle)); 
24} 
25} 
26  
27// This code is contributed by ajit