The program is run using the following command: java programName #row #cols < students. txt #rows and #cols are integers indicating the number of rows and columns of seats in the classroom. students. txt is a text file holding the student names.

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The program is run using the following command:

java programName #row #cols < students.txt

#rows and #cols are integers indicating the number of rows and columns of seats in the

classroom. students.txt is a text file holding the student names.

a) (5 points) Write a code-segment to:

1. Declare a 1-D String array variable, studentLine, that has space to hold all

students in the class in a single line. (Figures 1 and 3)

2. Declare a 2-D String array variable, room, to represent the seats in the classroom

where the number of rows and number of columns are given as command line input.

Explanation:

a) 1 -> String[] studentLine = new String[Integer.parseInt(args[0]) * Integer.parseInt(args[1])];

2 -> String[][] room = new String[Integer.parseInt(args[0])][ Integer.parseInt(args[1])];

b)

public static void fillLine(String[] a){ try { File f=new File("students.txt"); FileReader fr=new FileReader(f); BufferedReader br=new BufferedReader(fr); String l; int index = 0; while((l = br.readLine())!=null) { a[index] = l; index++; } fr.close(); } catch(IOException e) { e.printStackTrace(); } }

uhm what

Explanation:

oooh i was looking for a math question and this showed up sorry

answer is c. complication