Safety Manager Practice
Q&As (Latest) | 180
Questions w/ Verified
Solutions | A+ Edition | Pass
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art A: Multiple Choice (Q1–35)
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Q1 (HACCP Principle 1 – Hazard Analysis): Which of the following is an example of a chemical
hazard in a food production facility?
A. Salmonella enterica
B. Metal shavings from a processing machine
C. Peanut allergen cross-contact in a production line
D. A glass fragment from a broken light bulb
[CORRECT] C
Rationale: Chemical hazards include allergens, cleaning agents, pesticides, and naturally
occurring toxins. Distractor A is a biological hazard; B and D are physical hazards. Under the
2022 FDA Food Code and FASTER Act, sesame is now the ninth major allergen, reinforcing
allergen control as a chemical hazard priority.
Q2 (Prerequisite Programs): Good Manufacturing Practices (GMPs) are best described as:
A. The final verification step before product release.
B. Foundational sanitation and operational practices that support the HACCP plan.
C. A substitute for critical control points in low-risk facilities.
D. Optional guidelines recommended only for large manufacturers.
[CORRECT] B
Rationale: GMPs are prerequisite programs (PRPs) that provide the environmental and
operational foundation for HACCP. Codex 2020/2023 emphasizes that PRPs must be designed,
, stablished, and verified to support the HACCP system. Distractor C is wrong because PRPs
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never replace CCPs.
Q3 (HACCP Principle 2 – CCP Identification): A CCP decision tree is used to:
A. Determine the shelf life of finished products.
B. Identify the points in a process where control can be applied to prevent, eliminate, or reduce
a hazard to an acceptable level.
C. Calculate the cost-benefit ratio of installing new equipment.
D. Select suppliers based on audit scores.
[CORRECT] B
Rationale: The updated Codex Decision Tree (2023 revision) guides teams to distinguish true
CCPs from prerequisite control points. Distractor A relates to quality, not safety; C and D are
unrelated to hazard control.
Q4 (Critical Limits): According to the FDA Food Code 2022/2024, the minimum internal cooking
temperature for poultry is:
A. 145°F (63°C) for 15 seconds
B. 155°F (68°C) for 15 seconds
C. 165°F (74°C) for less than 1 second (instantaneous)
D. 135°F (57°C) for hot holding
[CORRECT] C
Rationale: The FDA Food Code requires 165°F (74°C) for poultry, stuffed meats, and foods
cooked in microwave ovens. Distractor A applies to whole cuts of fish/beef; B applies to ground
meats; D is the minimum hot holding temperature.
Q5 (Hazard Analysis – Biological): Which pathogen is most commonly associated with
ready-to-eat foods and cold environments?
A. Salmonella spp.
B. Listeria monocytogenes
C. Clostridium botulinum
D. Campylobacter jejuni
[CORRECT] B
Rationale: L. monocytogenes is a psychrotrophic pathogen that can grow at refrigeration
temperatures and is strongly linked to RTE deli meats and soft cheeses. Distractor A prefers
warmer temperatures; C is anaerobic and associated with canned foods; D is commonly linked
to undercooked poultry.
Q6 (HACCP Principle 3 – Critical Limits): A critical limit must be:
A. Flexible to accommodate production delays.
B. Observable or measurable, and scientifically based.
C. Established only after a product recall occurs.
D. Based primarily on cost efficiency.
[CORRECT] B
Rationale: Critical limits are the boundaries of safety; they must be objective (temperature, time,
pH, aw) and validated by scientific data. Distractor A violates food safety principles; C is reactive
rather than preventive; D is never a basis for safety limits.
Q7 (Monitoring): Continuous monitoring is most appropriate for:
A. Annual supplier audits.