gs gs108 Object Oriented Concepts - Constructor Overloading - Quiz No.1

 class maths { public int length; public int breadth; public maths(int x, int y) { length = x; breadth = y; Console.WriteLine(x + y); } public maths(double x, int y) { length = (int)x; breadth = y; Console.WriteLine(x * y); } } class Program { static void Main(string[] args) { maths m = new maths(20, 40); maths k = new maths(12.0, 12); Console.ReadLine(); } } 

 class maths { public int length; public int breadth; public  maths(int x) { length = x + 1; } public maths(int x, int y) { length = x + 2; } } class Program { static void Main(string[] args) { maths m = new maths(6); maths k = new maths(6, 2); Console.WriteLine(m.length); Console.WriteLine(k.length); Console.ReadLine(); } } 

 class maths { public maths() { Console.WriteLine("constructor 1 :"); } public maths(int x) { int p = 2; int u; u = p + x; Console.WriteLine("constructor 2: " +u); } } class Program { static void Main(string[] args) { maths k = new maths(4); maths t = new maths(); Console.ReadLine(); } } 

 class maths { int i; public maths(int x) { i = x; Console.WriteLine(" hello: "); } } class maths1 : maths { public  maths1(int x) :base(x) { Console.WriteLine("bye"); } } class Program { static void Main(string[] args) { maths1 k = new maths1(12); Console.ReadLine(); } } 

 class maths { int i; public maths(int ii) { ii = 12; int j = 12; int r = ii * j; Console.WriteLine(r); } } class maths1 : maths { public maths1(int u) :base(u) { u = 13; int h = 13; Console.WriteLine(u + h); } } class maths2 : maths1 { public maths2(int k) :base(k) { k = 24; int o = 6 ; Console.WriteLine(k /o); } } class Program { static void Main(string[] args) { maths2 t = new maths2(10); Console.ReadLine(); } } 

 class maths { static maths() { int s = 8; Console.WriteLine(s); } public  maths(int f) { int h = 10; Console.WriteLine(h); } } class Program { static void Main(string[] args) { maths p = new maths(0); Console.ReadLine(); } } 

 class maths { int i; public  maths(int ii) { ii = -25; int g; g = ii > 0 ? ii : ii * -1; Console.WriteLine(g); } } class maths1 :maths { public  maths1(int ll) :base(ll) { ll = -1000; Console.WriteLine((ll > 0 ? ll : ll * -1)); } } class Program { static void Main(string[] args) { maths1 p = new maths1(6); Console.ReadLine(); } }