Extend the code given in the photo above by encoding the additional four functions that allow the user to do the following operations.

a.Multiplication of a Complex object with a scalar

b.Division of a Complex object with a scalar

c.Two differentfunctions; one forreturning only the real andone for returningimaginarypart of the Complex object.

NOTE:write the code in the C programming language

#include #include struct Complex { float real; float imag; typedef struct Complex Complex; complex add(Complex n1, Complex n2); void Print(Complex n); float Abs (Complex n); int main() 8 9 1e 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 Complex ni, n2, temp; printf("For 1st complex number "); printf("Enter real and imaginary part respectively: "); scanf("%f %f",8n1.real, &n1.imag); Print(ni); printf(" For 2nd complex number "); printf("Enter real and imaginary part respectively: "); scanf("%f %f",&n2.real, &n2.imag); Print(n2); temp =add(ni, n2); printf("Sum = "); Print(temp); printf("absolute value of the sum = %f", Abs (temp)); return e; } complex add(Complex ni, complex n2) { Complex temp; temp.real = 1.real+ n2.real; temp. imag=nl. imag+ n2.imag; return(temp); } void Print (Complex n) { printf("%.1f + %.1fi ", n.real,n.imag); > float Abs(Complex n) return sqrt(pow (n.real, 2) + pow(n.imag, 2)); }