?In the accompanying figure of Microsoft Access 2016, Box A points to the _____.
A. layout of data in linked form
B. ?order in which data will be displayed
C. ?data extracted from a main form
D. title for the subform
Answer: B
You might also like to view...
Case-Based Critical Thinking QuestionsCase 1Penny is just starting out in her database coursework and she is looking for a quick primer on some of the key terms that she will use again and again. Her roommate Meredith has offered to give her the guidance she seeks. Penny is confused by Meredith’s use of the term column. Meredith informs Penny that column is a synonym for ____.
A. row B. field C. relation D. table
In an IoT, a _________ is a device with limited volatile and nonvolatile memory, limited processing power, and a low-data-rate transceiver.
Fill in the blank(s) with the appropriate word(s).
Answer the following statements true (T) or false (F)
1. The UNIX file system offers compatible device, file, and inter-process I/O. 2. Under UNIX, block devices include printers and other non-block peripherals. 3. Under UNIX, data files are called special files. 4. Under UNIX, files that represent a block or character device are called special files. 5. Inside UNIX, each physical device is controlled by a special file.
(Odd Numbers Application) The Odd Numbers application should display all of the odd integers from one through the number input by the user. Figure 8.26 displays the correct output for the application. In this exercise, you will use the debugger to find and fix the error(s) in the application.
```
a) Copying the template to your working directory. Copy the directory C:Examples Tutorial08ExercisesDebuggerOddNumbers to your C:SimplyJava directory.
b) Opening the Command Prompt window and changing directories. Open the Com- mand Prompt window by selecting Start > Programs > Accessories > Command Prompt. Change to your working directory by typing cd C:SimplyJavaOddNumbers.
c) Running the application. Run the application by typing java OddNumbers. Enter a value into the Upper limit: JTextField, then click the View JButton. Notice that the JButton remains pressed and no output occurs. This is because the application con- tains an infinite loop in the viewJButtonActionPerformed event handler.
d) Closing the running application. Close the running application by clicking in the
Command Prompt window, holding the ctrl key and pressing C.
e) Compiling the application for debugging. Compile the application with the -g com- mand-line option by typing javac -g OddNumbers.j