Write a function print contents(data table) that takes a nested list of data and prints its contents as specified below. Notes: • data table is a list of lists with any number of rows or columns. • For each row, print "Row (row_number) contents:" where (row number) is the row's number (starting from 0). • For each column within a row, print - Column (column_number): (contents of column)" where (column_number) is the column's number (starting from 0) and (contents of_column) is the data contained within that column of that row. Note the single space at the start. For example: Test Result two_by_four - [1, 2], [3, 4], [5, 6), [7, 8] Row e contents: Column e: 1 Column 1: 2 Row 1 contents: Column e: 3 Column 1: 4 Row 2 contents: Column e: 5 Column 1: 6 print_contents(two_by_four) Row 3 contents: Column e: 7 Column 1: 8 Row e contents: magic_square- [2, 7, 6], [9, 5, 1], [4, 3, 8] Column e: 2 Column 1: 7 Column 2: 6 Row 1 contents: print contents(magic_square) Column e: 9 Column 1: 5 Column 2: 1 Row 2 contents: Column e: 4 Column 1: 3 Column 2: 8

Write a function print contents(data table) that takes a nested list of data and prints its contents as specified below. Notes: • data table is a list of lists with any number of rows or columns. • For each row, print "Row (row_number) contents:" where (row number) is the row's number (starting from 0). • For each column within a row, print - Column (column_number): (contents of column)" where (column_number) is the column's number (starting from 0) and (contents of_column) is the data contained within that column of that row. Note the single space at the start. For example: Test Result two_by_four - [1, 2], [3, 4], [5, 6), [7, 8] Row e contents: Column e: 1 Column 1: 2 Row 1 contents: Column e: 3 Column 1: 4 Row 2 contents: Column e: 5 Column 1: 6 print_contents(two_by_four) Row 3 contents: Column e: 7 Column 1: 8 Row e contents: magic_square- [2, 7, 6], [9, 5, 1], [4, 3, 8] Column e: 2 Column 1: 7 Column 2: 6 Row 1 contents: print contents(magic_square) Column e: 9 Column 1: 5 Column 2: 1 Row 2 contents: Column e: 4 Column 1: 3 Column 2: 8

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.1: Function And Parameter Declarations

Problem 10E

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