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Chapter 7: Problem 75

T F It’s best to think of two-dimensional arrays as having rows and columns.

Short Answer

Expert verified
Provide a reason for your answer. Answer: Yes, it is best to think of two-dimensional arrays as having rows and columns. This visualization simplifies understanding and working with the array data, as it helps to easily identify, operate, and manipulate the elements within the array using their row and column indices.

Step by step solution

01

Understanding Two-Dimensional Arrays

A two-dimensional array can be thought of as a table with rows and columns, where each cell in the table contains a data element. The elements are organized into rows (horizontal) and columns (vertical), with each element having a specific row and column index. This visualization helps in understanding and working with two-dimensional arrays.
02

Evaluating the Statement

The statement says, "It's best to think of two-dimensional arrays as having rows and columns." Considering our understanding of two-dimensional arrays, where they are structured in a table-like format with elements organized into rows and columns, the statement is indeed true.
03

Final Conclusion

The statement, "It's best to think of two-dimensional arrays as having rows and columns", is True. It simplifies the understanding and visualization of two-dimensional arrays and facilitates easy operation and manipulation of the data within the array.

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Most popular questions from this chapter

The following code totals the values in two arrays: numberArray1 and numberArray2. Both arrays have 25 elements. Will the code print the correct sum of values for both arrays? Why or why not? int total = 0;\(\qquad\) // Accumulator int count; \(\qquad\)// Loop counter // Calculate and display the total of the first array. for (count = 0; count < 24; count++) \(\qquad\)total += numberArray1[count]; cout << "The total for numberArray1 is " << total << endl; // Calculate and display the total of the second array. for (count = 0; count < 24; count++) \(\qquad\) total += numberArray2[count]; cout << "The total for numberArray2 is " << total << endl;

T F In initializing an array with individual characters, the null terminator is automatically included.

T F Subscript numbers may be stored in variables.

C++ has no array _________ checking, which means you can inadvertently store data past the end of an array.

When a character array is initialized with a string literal, the _________ is automatically included at the end.
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