Question

1. everyone registered

2. distribution recorded
3. appropriate forms used (222 or invoice)
4. maximum of <5% of total number of dosage units of all CS distributed/dispensed during calendar year

Answer 1

A quality control chemist evaluates the precision and accuracy of machines dispensing cough syrup. Results show that dispenser #1 is precise but not accurate, dispenser #2 is accurate but not precise, and dispenser #3 both is accurate and precise. Consistent and correct dosages are vital in the pharmaceutical industry to ensure patient safety.

Step-by-step explanation:

In a scenario where a quality control chemist is evaluating the performance of machines dispensing cough syrup, measurements of the dispensed volume determine both accuracy and precision. Accuracy refers to how close the measured volumes are to the target volume of 296 mL (10 ounces). Precision relates to the consistency of the volume dispensed across multiple trials.

For dispenser #1, the chemist notices that while the measurements are precise, they are consistently below the target, indicating it is not accurate. Dispenser #2 is more accurate but less precise due to greater variation in the dispensed volumes. In contrast, dispenser #3 demonstrates both high accuracy, with volumes very close to the target, and high precision, with minimal variation among measurements.

These findings are critical because in the medical and pharmaceutical industries, precision and accuracy in dosages are crucial for patient safety. Incorrect dosage can have serious repercussions, emphasizing the importance of regular equipment checks and quality control in pharmaceutical manufacturing processes.