Write a method called largestRow that take a two-dimension array of integers as a parameter and returns the number of the row that has the largest length. For example, if the array (as created by the program below) is 10 45 3 8 2 42 3 21 44   The value returned would be zero (row zero has the largest length).

In JAVA

Write the output of the following statement : LINE 1  class Rectangle{ 2  int length,width,length1; 3  void insert(int l,int w){ 4  length=1; 5  width=w; 6  } 7  void insert(int 1){ 8  length1=1; 9  } 10  void display1() 11  { 12  System.out.println(width); 13  } 14 void display2() 15  { 16  System.out.println(length); 17  } 18  void calculateArea() 19  { 20  System.out.println(length*width); 21 22  } 23  void calculateArea3() 24  { 25  System.out.println(length1); 26  } 27  void calculateArea2() 28  { 29  System.out.println(length width 2); 30  } 31  } 32  class Test Rectangle2{ public static 33  void main(String args[]){ 34  Rectangle r1-new Rectangle(); 35  Rectangle r2-new Rectangle();      36  Rectangle r3-new Rectangle(); 37  r1.insert(10,5); 38  r2.insert(3,5); 39  r3.insert(2); 40  r1.display1(); 41 r1.display2(); 42 r1.calculateArea(); 43  r2.calculateArea2(); 44  r2.display1(); 45  r2.display2(); 46  r2.calculateArea(); 47  r2.calculateArea2(); 48 r3.calculateArea3(); 49…

You are given an array of n integers. Write a java method that splitsthe numbers of the array into two equal groups so that the GCD of all numbers in the second group is equal to one and the GCD of all numbers in the first group is not one. After splitting the numbers display the resulting groups as shown in the sample run below. Note: 1. The array has even size. 2. All elements of the array are less than 100. You are not allowed to define new arrays. 3. 4. You are not allowed to definenew methods or use methods from java libraries. Sample run of the method: Inputarray: (6,7,9,4,3,2} Output Group two: (7,9,3} Group one: (2,4,6} I Ignore Order of numbers. Order is not important //Ignore Order of numbers. Order is not important