Example #1
0
        public static void Main(string[] args)
        {
            Console.WriteLine("Problem 1:\nFind the 24th, 101st and 251st prime number.");
            TaskPrimeNumbers pn = new TaskPrimeNumbers();

            pn.FindSpecificPrimes(24, 101, 251);

            Console.WriteLine(new String('=', 20) + "\n");

            Console.WriteLine("Problem 2:\nCheck if the 24th, 101st and 251st prime numbers are part of the base Fibonacci number set. What is their position?");
            TaskPrimesInFibonacci pf = new TaskPrimesInFibonacci();

            pf.CheckIfPrimesAreInFibonacci(24, 101, 251);              // Try with 1, 101, 251

            Console.WriteLine(new String('=', 20) + "\n");

            Console.WriteLine("Problem 3:\nFind 100!, 171! and 250!. Give all digits");
            TaskFactorials f     = new TaskFactorials();
            BigInteger     fact1 = f.FindFactorial(100);
            BigInteger     fact2 = f.FindFactorial(171);
            BigInteger     fact3 = f.FindFactorial(250);

            Console.WriteLine("100! = {0}\n171! = {1}\n250! = {2}\n", fact1, fact2, fact3);

            Console.WriteLine(new String('=', 20) + "\n");

            Console.WriteLine("Problem 4:\nYou are given three right angled triangles. Find the length of their hypotenuses.");
            TaskHypotenuses h = new TaskHypotenuses();

            h.FindHypotenuses(3, 4);
            h.FindHypotenuses(10, 12);
            h.FindHypotenuses(100, 250);

            Console.WriteLine(new String('=', 20) + "\n");

            Console.WriteLine("Problem 5:\nNumeral System Convertions.");
            TaskNumeralSystems ns       = new TaskNumeralSystems();
            string             decToBin = ns.ConvertDecToBinary(1234);
            string             decToHex = ns.ConvertDecToHex(1234);
            int    binToDec             = ns.ConvertBinToDecimal("1100101");
            string binToHex             = ns.ConvertBinToHex("1100101");
            int    hexToDec             = ns.ConvertHexToDecimal("ABC");
            string hexToBin             = ns.ConvertHexToBinary("ABC");

            Console.WriteLine("1234 to Binary: {0}", decToBin);
            Console.WriteLine("1234 to Hex: {0}", decToHex);
            Console.WriteLine("1100101 to Decimal: {0}", binToDec);
            Console.WriteLine("1100101 to Hex: {0}", binToHex);
            Console.WriteLine("ABC to Decimal: {0}", hexToDec);
            Console.WriteLine("ABC to Binary: {0}", hexToBin);

            Console.WriteLine(new String('=', 20) + "\n");

            Console.WriteLine("Problem 6:\nLeast Common Multiple");
            TaskLeastCommonMultiple lcm = new TaskLeastCommonMultiple();
            int leastCommonMultiple     = lcm.FindLCM(1234, 3456);

            Console.WriteLine("The LCM of 1234 and 3456 is: {0}", leastCommonMultiple);
        }
Example #2
0
        public static void Main(string[] args)
        {
            Console.WriteLine ("Problem 1:\nFind the 24th, 101st and 251st prime number.");
            TaskPrimeNumbers pn = new TaskPrimeNumbers ();
            pn.FindSpecificPrimes (24, 101, 251);

            Console.WriteLine (new String('=', 20) + "\n");

            Console.WriteLine("Problem 2:\nCheck if the 24th, 101st and 251st prime numbers are part of the base Fibonacci number set. What is their position?");
            TaskPrimesInFibonacci pf = new TaskPrimesInFibonacci ();
            pf.CheckIfPrimesAreInFibonacci (24, 101, 251); // Try with 1, 101, 251

            Console.WriteLine (new String('=', 20) + "\n");

            Console.WriteLine("Problem 3:\nFind 100!, 171! and 250!. Give all digits");
            TaskFactorials f = new TaskFactorials ();
            BigInteger fact1 = f.FindFactorial (100);
            BigInteger fact2 = f.FindFactorial (171);
            BigInteger fact3 = f.FindFactorial (250);
            Console.WriteLine ("100! = {0}\n171! = {1}\n250! = {2}\n", fact1, fact2, fact3);

            Console.WriteLine (new String('=', 20) + "\n");

            Console.WriteLine ("Problem 4:\nYou are given three right angled triangles. Find the length of their hypotenuses.");
            TaskHypotenuses h = new TaskHypotenuses ();
            h.FindHypotenuses (3, 4);
            h.FindHypotenuses (10, 12);
            h.FindHypotenuses (100, 250);

            Console.WriteLine (new String('=', 20) + "\n");

            Console.WriteLine ("Problem 5:\nNumeral System Convertions.");
            TaskNumeralSystems ns = new TaskNumeralSystems ();
            string decToBin = ns.ConvertDecToBinary (1234);
            string decToHex = ns.ConvertDecToHex (1234);
            int binToDec = ns.ConvertBinToDecimal ("1100101");
            string binToHex = ns.ConvertBinToHex ("1100101");
            int hexToDec = ns.ConvertHexToDecimal ("ABC");
            string hexToBin = ns.ConvertHexToBinary ("ABC");

            Console.WriteLine ("1234 to Binary: {0}", decToBin);
            Console.WriteLine ("1234 to Hex: {0}", decToHex);
            Console.WriteLine ("1100101 to Decimal: {0}", binToDec);
            Console.WriteLine ("1100101 to Hex: {0}", binToHex);
            Console.WriteLine ("ABC to Decimal: {0}", hexToDec);
            Console.WriteLine ("ABC to Binary: {0}", hexToBin);

            Console.WriteLine (new String('=', 20) + "\n");

            Console.WriteLine ("Problem 6:\nLeast Common Multiple");
            TaskLeastCommonMultiple lcm = new TaskLeastCommonMultiple ();
            int leastCommonMultiple = lcm.FindLCM (1234, 3456);
            Console.WriteLine ("The LCM of 1234 and 3456 is: {0}", leastCommonMultiple);
        }