1. Initialize the loop counter. 2. Check the loop condition. 3. Execute the loop body. 4. Update the loop counter. 5. Repeat steps 2-4 until the condition is false.

1. Check the loop condition. 2. If true, execute the loop body. 3. Update variables within the loop. 4. Repeat steps 1-3 until the condition is false.

1. Identify variables to track. 2. Create columns for iteration number, variables, and output. 3. Execute code line by line, updating the table.

1. Start with the outer loop. 2. For each iteration of the outer loop, execute the inner loop completely. 3. Track both outer and inner loop variables.

1. Check the loop condition. 2. Determine if the variables within the loop are updated in a way that will eventually make the condition false. 3. If not, it's likely an infinite loop.

1. Trace the code to identify where the program's state deviates from the expected state. 2. Examine the variable values at that point. 3. Correct the code to align with the intended logic.

1. Initialize variables. 2. Execute each line of code, updating variables as necessary. 3. Record any output statements.

1. Read the code carefully. 2. Create a tracing table. 3. Execute the code line by line. 4. Record variable values and output. 5. Determine the final output or state.

1. Quickly assess the difficulty of the problem. 2. If stuck, move on and return later. 3. Allocate time based on complexity. 4. Double-check your work.

1. Carefully consider the loop condition. 2. Pay attention to whether the loop should include the boundary values. 3. Test with edge cases.

It helps understand program logic, develop debugging skills, and succeed on exams.

To determine whether the loop should continue executing or terminate.

To avoid infinite loops by ensuring the loop condition eventually becomes false.

The inner loop completes all its iterations for each iteration of the outer loop.

Start at the beginning of the code.

Code tracing is a fundamental skill for identifying and fixing errors in code.

It is executed only once at the beginning of the loop to set up the loop counter.

By creating a tracing table that includes columns for both outer and inner loop variables.

It modifies the loop counter after each iteration, controlling the loop's progress.

Because they affect the final output and must be accurately tracked during code tracing.

Manually executing code line by line, tracking variable values.

A table used to organize code tracing, with columns for iteration, variables, and output.

A control flow statement for iterating a specific number of times.

A control flow statement that executes a block of code as long as a condition is true.

A single pass through a loop's code block.

The process of setting the initial value of a loop counter variable.

A boolean expression that determines whether a loop continues to execute.

The modification of a loop counter variable after each iteration.

A loop inside another loop.

The values printed to the console by the code.