What is a primary benefit of using flowcharts in computing?

Using flowcharts in computing is particularly beneficial because they provide a visual representation of algorithms, which makes it easier to understand the logic and steps involved in a process. This visual format aids in identifying errors, as one can more readily see how the processes flow and where potential issues may arise. By laying out the steps visually, it becomes easier to trace the logic and ensure that all parts of the algorithm work correctly together before any coding occurs. This process can help prevent logical errors, leading to more efficient debugging once the code is written.

The other options provided do not accurately represent the primary value of flowcharts. For example, flowcharts do not eliminate the need for coding, as they primarily serve as a pre-coding planning tool rather than a replacement. They also do not give syntax details relevant to programming languages, as that would involve specific language constructs, which flowcharts do not cover. Finally, while flowcharts can contribute to better planning and avoid mistakes that could slow down execution, they do not ensure faster execution of code themselves; execution speed is more related to the efficiency of the code written based on the flowchart.