Separate definition, iteration, call and parse time.
Review stepped ranges, continue, return expressions, definition-time defaults and two syntax failures.
This count checks matching outcomes on six supplied CPython 3.14.5 tasks. It is not a developer band, percentile, employer threshold or qualification. Every worked answer and all four complete guides remain available at every count.
Trace iterations, calls and parsing separately
This group has four executable scripts and two deliberately invalid ones. The range task requires its stated start, stop and step. The loop task skips an addition with continue. A function returns a value that a surrounding expression then multiplies. Another stores a default when its definition executes. Before tracing either invalid script, recognise that its parse failure prevents the later call and print from running at all.
A later name change leaves the saved default alone
For a new unscored example, set anchor to 3 and define scale(n=anchor) to return n*3. Then rebind anchor to 8 and call scale without an argument. The saved default is still 3, so the returned and printed number is 9. Supplying scale(8) explicitly would instead use a different argument. Mark the definition event and call event on separate lines so the relevant moment is visible.
List the values that reach the body
A stepped range does not mean every value between two endpoints. Write each generated integer until the excluded stop would be crossed, then add only those values. In the separate continue task, mark the iteration where execution jumps before the accumulator update. That jump skips the rest of one iteration and permits the following one; it does not behave like break. The final print sits outside the loop in the supplied indentation.
Do not move the caller’s arithmetic into the argument
The return task first computes the function body using the supplied argument, then uses the resulting number in the caller’s multiplication. Draw parentheses around the function call as one value before evaluating the surrounding expression. A return statement passes a value back to the caller; it is not another print, and there is no implicit display of every intermediate expression when these snippets run as independent .py scripts.
Check the whole script before predicting any output
One definition lacks its required colon. The other ordinary positional-or-keyword parameter list places a required parameter after one with a default. Both are syntax failures before execution, not functions that return None. Special keyword-only forms follow different rules, but those forms are not present in this bank’s invalid declaration. Read the supplied code as it is; silently repairing it would create a new, unscored question.
Compare one valid script with one intended syntax failure
In a disposable local file, change a loop’s step or move an accumulator update while keeping the indentation explicit. In a separate file, add the missing colon and predict what becomes executable. Do not mix the files, since a syntax failure anywhere can prevent unrelated prints in the same script. Predict first, then check with the declared interpreter. This is optional revision, without a promised learning rate or a timed performance benchmark.
A count is a pointer to particular reasoning steps
These six fixed choices are equally weighted and remain part of the 24-item bank. A mistake can concern iteration, definition timing or parsing, so the total alone cannot identify its cause. Read every explanation and use a fresh example after studying the key. No beginner-to-expert band, percentile, employer threshold or certificate is assigned. Recognising a visible option does not demonstrate that you can design, test and maintain a complete program independently.