The java.math.BigInteger.and(BigInteger val) returns a BigInteger whose value is (this & val). This method returns a negative BigInteger if and only if this and val are both negative. Here, “val” is the value to be AND'ed with this BigInteger.First, create BigInteger objects −BigInteger one, two, three; one = new BigInteger("12"); two = new BigInteger("6");Perform AND operation on first and second object −three = one.and(two);The following is an example −Example Live Demoimport java.math.*; public class Demo {    public static void main(String[] args) {       BigInteger one, two, three;       one = new BigInteger("12");       two ... Read More

The java.math.BigInteger.xor(BigInteger val) returns a BigInteger whose value is (this ^ val). This method returns a negative BigInteger if and only if exactly one of this and val are negative. Here, “val” is the value to be XOR'ed with this BigInteger.Firstly, create two BigInteger objects −one = new BigInteger("6"); two = new BigInteger("-5");Now, perform XOR −three = one.xor(two);The following is an example −Example Live Demoimport java.math.*; public class Demo {    public static void main(String[] args) {       BigInteger one, two, three;       one = new BigInteger("6");       two = new BigInteger("-5");       ... Read More

To shift right in a BigInteger, use the shiftRight() method.The java.math.BigInteger.shiftRight(int n) returns a BigInteger whose value is (this >> n). Sign extension is performed. The shift distance, n, may be negative, in which case this method performs a left shift. It computes floor(this / 2n).The following is an example −Example Live Demoimport java.math.*; public class Demo {    public static void main(String[] args) {       BigInteger one;       one = new BigInteger("25");       one = one.shiftRight(3);       System.out.println("Result: " +one);    } }OutputResult: 3

BigInteger class is used for big integer calculations which are outside the limit of the primitive data types. It provides operations for modular arithmetic, GCD calculation, primality testing, prime generation, bit manipulation, and a few other miscellaneous operations.Let us work with the testBit() method in Java to perform Bitwise operation. The java.math.BigInteger.testBit(int n) returns true if and only if the designated bit is set −The following is an example −Example Live Demoimport java.math.*; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger one;       Boolean two;       one = new BigInteger("5"); ... Read More

Use the BigInteger pow() method in Java to calculate the power on a BigInteger.First, let us create some objects.BigInteger one, two; one = new BigInteger("5");Perform the power operation and assign it to the second object −// power operation two = one.pow(3);The following is an example −Example Live Demoimport java.math.*; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger one, two;       one = new BigInteger("5");       System.out.println("Actual Value: " +one);       // power operation       two = one.pow(3);       System.out.println("Result: " +two);    } }OutputActual Value: 5 Negated Value: 125

Use the BigInteger negate() method in Java to negate a BigInteger.First, let us create an object −BigInteger one, two; one = new BigInteger("200");Negate the above and assign it to the second object −two = one.negate();The following is an example −Example Live Demoimport java.math.*; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger one, two;       one = new BigInteger("200");       System.out.println("Actual Value: " +one);       // negate       two = one.negate();       System.out.println("Negated Value: " +two);    } }OutputActual Value: 200 Negated Value: -200

Use the BigInteger divide() method in Java to divide one BigInteger from another.First, let us create some objects.BigInteger one, two, three; one = new BigInteger("200"); two = new BigInteger("100");Divide the above and assign it to the third object −three = one.divide(two);The following is an example −Example Live Demoimport java.math.*; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger one, two, three;       one = new BigInteger("200");       two = new BigInteger("100");       // division       three = one.divide(two);       String res = one + " / " + two + " = " +three;       System.out.println("Result: " +res);    } }OutputResult: 200 / 100 = 2

Use the BigInteger subtract() method in Java to Subtract one BigInteger from another.First, let us create some objects −BigInteger one, two, three; one = new BigInteger("200"); two = new BigInteger("150");Subtract the above and assign it to the third object −three = one.subtract(two);The following is an example −Example Live Demoimport java.math.*; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger one, two, three;       one = new BigInteger("200");       two = new BigInteger("150");       three = one.subtract(two);       String res = one + " - " + two + " = " +three;       System.out.println("Subtraction: " +res);    } }OutputSubtraction: 200 - 150 = 50

BigInteger class is used for big integer calculations which are outside the limit of the primitive data types. It provides operations for modular arithmetic, GCD calculation, primality testing, prime generation, bit manipulation, and a few other miscellaneous operations.To multiply one BigInteger to another, use the BigInteger multiply() method.First, let us create some objects −BigInteger one, two, three; one = new BigInteger("2"); two = new BigInteger("8");Multiply the above and assign it to the third object −three = one.multiply(two);The following is an example −Example Live Demoimport java.math.*; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger one, ... Read More

The java.math.BigInteger class provides operations analogues to all of Java's primitive integer operators and for all relevant methods from java.lang.Math.BigInteger class is used for big integer calculations which are outside the limit of the primitive data types. It provides operations for modular arithmetic, GCD calculation, primality testing, prime generation, bit manipulation, and a few other miscellaneous operations.The following is an example that displays how we can work with BigInteger values.Example Live Demoimport java.math.BigInteger; public class BigIntegerDemo {    public static void main(String[] args) {       BigInteger bi1, bi2, bi3;       // assign values to bi1, bi2   ... Read More