Study the scenario and complete the question(s) that follow: Two dimensional arrays A two-dimensional array is actually an array in which each element is a one-dimensional array. The length of an array x is the number of elements in the array, which can be obtained using length. x[0],x[1], . . . , and x[x.length − 1] are arrays. Their lengths can be obtained using x[0].length, x[1].length, . . . , and x[x.length − 1].length. Source: Liang D. (2018) Create a Java application that consists of two-dimensional array of 4 by 6. Assign the array to a matrix. Use any integer values for your matrix. Create three methods that will do the following: 3.1 Print out all the elements in the matrix. 3.2 Calculate the sum of each row of the matrix. 3.3 Calculate the largest number of each row of the matrix. 3.4 The main method must implement all three methods and output the results for each line.
Study the scenario and complete the question(s) that follow:
Two dimensional arrays
A two-dimensional array is actually an array in which each element is a one-dimensional array. The length of an array x is the number of elements in the array, which can be obtained using length. x[0],x[1], . . . , and x[x.length − 1] are arrays. Their lengths can be obtained using x[0].length,
x[1].length, . . . , and x[x.length − 1].length.
Source: Liang D. (2018)
Create a Java application that consists of two-dimensional array of 4 by 6. Assign the array to a matrix. Use any integer values for your matrix. Create three methods that will do the following:
3.1 Print out all the elements in the matrix.
3.2 Calculate the sum of each row of the matrix.
3.3 Calculate the largest number of each row of the matrix.
3.4 The main method must implement all three methods and output the results for each line.
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