Complete the code to check if a part's length is within tolerance.
if part_length [1] tolerance:
The code checks if the part length is less than or equal to the allowed tolerance to ensure it meets quality standards.
Complete the code to calculate the difference between measured and target dimensions.
difference = abs(measured_dimension [1] target_dimension)Subtracting target from measured dimension gives the deviation, and abs() ensures it's positive.
Fix the error in the code that checks if a part is out of tolerance.
if difference [1] tolerance_limit:
The code should check if the difference is greater than or equal to the tolerance limit to flag out-of-tolerance parts.
Fill both blanks to create a dictionary of parts with their pass/fail status.
results = {part_id: 'Pass' if difference [1] tolerance else 'Fail' for part_id, difference in measurements.items() if difference [2] 0}The first blank uses '<=' to mark parts within tolerance as 'Pass'. The second blank uses '>' to filter only positive differences.
Fill all three blanks to create a summary of parts that failed quality control.
failed_parts = {part_id: difference for part_id, difference in measurements.items() if difference [1] tolerance and difference [2] 0 and part_id [3] 'P123'}The code selects parts with difference greater than tolerance, difference positive, and excludes part 'P123' by using '!='.