Quality Assurance & Improvement Flashcards

Which HACCP principle involves establishing critical limits for each critical control point?

Answer: Principle 3

Principle 3 of HACCP is establishing critical limits, which are the maximum or minimum values to which biological, chemical, or physical parameters must be controlled.

A chef notices that the holding temperature of a hot soup has dropped to 130°F. According to US food safety standards, what is the correct action?

Answer: Reheat to 165°F within two hours

Hot foods must be held at 135°F or above, and if a food drops below that threshold it must be reheated to 165°F within two hours before returning to holding.

What does the term 'mise en place' contribute to quality assurance in a professional kitchen?

Answer: Ensures all ingredients and tools are prepared before service begins

Mise en place—having everything in its place before service—reduces errors, speeds service, and improves consistency and quality.

When calibrating a stem thermometer using the ice-point method, what temperature should the thermometer read in a properly made ice bath?

Answer: 32°F

A correctly calibrated thermometer immersed in a slushy ice-water bath should read exactly 32°F (0°C).

Which document is used to record the temperatures of foods at each stage of production to demonstrate HACCP compliance?

Answer: HACCP monitoring log

A HACCP monitoring log records measurements at critical control points to verify that critical limits are being met and to provide evidence of compliance.

A batch of béarnaise sauce has been held at room temperature for 90 minutes. What quality and safety action should the culinarian take?

Answer: Discard the sauce per the two-hour rule

A high-risk sauce like béarnaise left in the temperature danger zone (41–135°F) for more than two hours total must be discarded to prevent foodborne illness.

Which quality improvement method involves identifying and eliminating sources of waste and inefficiency in kitchen operations?

Answer: Lean methodology

Lean methodology focuses on maximizing value by eliminating waste (overproduction, motion, waiting, etc.) and is increasingly applied to professional kitchen operations.