#include<iostream.h>
	#include<conio.h>
		class equation
		{
			private:float a,b,c;
			public: void getinfo(float  a, float b,float c );
				void display( );
				void equal(float  a, float b);
				void imag( );
				void real(float a,float b,float c);
		};
		void  equation :: getinfo(float aa,float bb,float cc)
		{
	                a=aa;
			b=bb;
		        c=cc;
		}
		void equation::display( )
		{
			cout<<endl;
			cout<<”a=”<<a<<’\t’;
			cout<<”b=”<<b<<’\t’;
			cout<<”c=”<<c<<endl;
		}		
 
void equation ::equal (float a,float b)
		{
			float x;
			x = -b/(2*a);
			cout<<”Roots are equal “<<x<<endl;
		}
		void equation :: imag( )
		{
			cout<<”Roots are imaginary”;
		}
		void equation :: real(float a,float b,float det)
		{
			float x1,x2,temp;
			temp = sqrt(det);
			x1= (-b + temp)/(2*a);
			x2 = (-b –temp)/(2*a);
			cout<<”Roots are real”;
			cout<<”x1= “<<x1<<endl;
			cout<<”x2 =”<<x2<<endl;
		}
		void main( )
		{
			class equation e;
			float aa,bb,cc;
			clrscr( );
			cout<<”Enter the three numbers”;
			cin>>aa>>bb>>cc;
			e.getinfo(aa,bb,cc);
			e.display( );
			if(aa = =0)
			{
				float temp;
				temp = cc/bb;
				cout<<” Linear Roots”<<temp<<endl;
			}
			else
			{
				float det;
				det = (bb*bb – 4*aa*cc);
				if(det = =0)
				e.equal(aa,bb);
				else if (det<0 )
				          e.imag( );
				else 
				          e.real(aa,bb,cc );
			}
			getch( );
		}