gs gs111 Inheritance (Using Java) - Hybrid Inheritance - Quiz No.1

 class A { public void disp() { System.out.println("Class A"); } } class B extends A { public void disp() { System.out.println("Class B"); } } class C extends A { public void disp() { System.out.println("Class C"); } } public class Display extends C { public void disp() { System.out.println("Class D"); } public static void main(String args[]) { Display obj = new Display(); obj.disp(); } }

 class X { public void A() { System.out.println("1"); } } class Y extends X { public void B() { System.out.println("2"); } } class Z extends X { public void C() { System.out.println("3"); } } class V extends Y { public void D() { System.out.println("4"); } } public class Numbers { public static void main(String[] args) { Z ob1=new Z(); V ob2=new V(); ob1.A(); ob2.B(); } } 

 class X { public void A() { System.out.println("123"); } } class Y extends X { public void B() { System.out.println("456"); } } class Z extends X { public void C() { System.out.println("789"); } } class V extends Y { public void D() { System.out.println("10"); } } public class Hybrid1 { public static void main(String[] args) { Y obj=new Y(); V obj2=new V(); obj.A(); obj2.B(); } }

 class X { public void A() { System.out.println("Add"); } } class Y extends X { public void B() { System.out.println("Subtract"); } } class Z extends X { public void C() { System.out.println("Divide"); } } class V extends Y { public void D() { System.out.println("Multiply"); } } public class Hybrid2 { public static void main(String[] args) { V obj=new V(); obj.A(); } } 

 class A { public void disp() { System.out.println("Rank 1"); } } class B extends A { public void disp() { System.out.println("Rank 2"); } } class C extends A { public void disp() { System.out.println("Rank 3"); } } public class Hybrid3 extends C { public void disp() { System.out.println("Rank 4"); } public static void main(String args[]) { Hybrid3 obj = new Hybrid3(); obj.disp(); } }

 class X { public void A() { System.out.println("%"); } } class Y extends X { public void B() { System.out.println("#"); } } class Z extends X { public void C() { System.out.println("@"); } } class V extends Y { public void D() { System.out.println("&"); } } public class Symbol { public static void main(String[] args) { V obj=new V(); Z obj2=new Z(); obj.A(); obj2.C(); } } 

 class X { public void A() { System.out.println("Bangalore"); } } class Y extends X { public void B() { System.out.println("Delhi"); } } class Z extends X { public void C() { System.out.println("Kolkata"); } } class V extends Y { public void D() { System.out.println("Chennai"); } } public class Cities { public static void main(String[] args) { V obj=new V(); Z obj2=new Z(); obj.A(); obj2.A(); } } 

 class X { public void A() { System.out.println("India-New Delhi"); } } class Y extends X { public void B() { System.out.println("USA-Washington, D.C."); } } class Z extends X { public void C() { System.out.println("England-London"); } } class V extends Y { public void D() { System.out.println("Australia-Canberra"); } } public class Capitals { public static void main(String[] args) { V obj=new V(); Z obj2=new Z(); obj.A(); obj.D(); obj2.C(); } } 

 class X { public void A() { System.out.println("Living"); } } class Y extends X { public void B() { System.out.println("Humans"); } } class Z extends X { public void C() { System.out.println("Animals"); } } class V extends Z { public void D() { System.out.println("Dog"); } } public class Pets { public static void main(String[] args) { V obj=new V(); Z obj2=new Z(); obj.A(); obj2.C(); obj.D(); } } 

 class X { public void A() { System.out.println("Hybrid Inheritance"); } } class Y extends X { public void B() { System.out.println("Single Inheritance"); } } class Z extends X { public void C() { System.out.println("Hierarchical Inheritance"); } } class V extends Z { public void D() { System.out.println("Multilevel Inheritance"); } } public class Inheritance1 { public static void main(String[] args) { V obj=new V(); obj.A(); } }