SUMMARY
The program segment in question executes the print statement 576 times. This is derived from the nested loops where the outer loop runs 12 times (for i from 1 to 12), the middle loop runs 6 times (for j from 5 to 10), and the innermost loop runs 8 times (for k from 15 downto 8). The total execution count is calculated as 12 * 6 * 8 = 576. The confusion arises from the interpretation of loop boundaries, which are clarified by examining the behavior in languages like Fortran and MATLAB.
PREREQUISITES
- Understanding of nested loops in programming
- Familiarity with loop boundary conditions in languages like Fortran and MATLAB
- Basic knowledge of integer variable types and operations
- Experience with programming syntax in Pascal or similar languages
NEXT STEPS
- Study loop constructs in Fortran and MATLAB for better understanding of iteration limits
- Learn about off-by-one errors and how they affect loop execution
- Explore performance implications of nested loops in programming
- Investigate the differences in loop behavior across various programming languages
USEFUL FOR
Programmers, computer science students, and educators looking to deepen their understanding of loop constructs and execution counts in programming languages.