A) Risk Management B) Crisis Management C) Hazard Analysis D) Risk Assessment and Evaluation E) Business Continuity Planning
A) Hazard monitoring B) Risk reduction C) Preventive control of food hazards D) Corrective action E) Verification
A) Risk Retention B) Risk Avoidance C) Risk Sharing D) Risk Monitoring E) Risk Reduction
A) Risk Assessment B) Risk Sharing C) Risk Retention D) Risk Avoidance E) Risk Reduction
A) ISO 14001 B) ISO 45001 C) ISO 31000 D) ISO 22000 E) HACCP
A) Monitoring Procedure B) Corrective Action C) Critical Limit D) Verification Procedure E) Hazard Analysis
A) Determine Critical Control Points B) Conduct Hazard Analysis C) Establish Critical Limits D) Establish Verification Procedures E) Establish Monitoring Procedures
A) A verification procedure was completed because the employee checked the seafood before storage B) Risk retention was used because the hotel accepted responsibility for the rejected products C) A corrective action was completed because the employee corrected the shipment before preparation D) A receiving-stage preventive control prevented a potential temperature-related food hazard from entering the operation E) Risk avoidance was used because the hotel rejected part of the shipment
A) Corrective action B) Risk reduction C) Timely and transparent communication D) Stakeholder control E) Crisis containment
A) Risk Treatment B) Risk Monitoring C) Risk Communication D) Risk Retention E) Risk Assessment and Evaluation
A) Food suitability B) Physical contamination C) Chemical contamination D) Cross-contamination E) Biological spoilage
A) Food Suitability B) Hazard Control C) Risk Assessment D) HACCP Verification E) Food Safety
A) The situation is primarily a physical hazard because the bottle could fall B) The situation is already confirmed chemical contamination because chemicals are present in the preparation area C) The situation is not a food safety concern because the container is intact D) The situation is primarily a food suitability problem because the food has not yet been consumed E) The storage arrangement creates a potential chemical contamination hazard even though actual contamination has not yet occurred
A) Risk Sharing B) Risk Reduction C) Risk Avoidance D) Risk Retention E) Risk Transfer
A) II, III, and IV B) I, III, and IV C) I, II, and IV D) I, II, and III E) I and III
A) I, II, III, and IV B) I, II, and IV C) II, III, and IV D) I, II, and III E) I and III
A) I, III, and IV B) I, II, III, and IV C) I and IV D) II and IV E) I, II, and III
A) I, II, and III B) I, III, and IV C) I, II, III, and IV D) II, III, and IV E) I and II
A) I and IV B) I, III, and IV C) I, II, and III D) I, II, III, and IV E) II and IV
A) I, II, and III B) II, III, and IV C) I and IV D) I, III, and IV E) I, II, III, and IV
A) Continue working because the original wound covering prevents contamination B) Place a second glove over the damaged glove to avoid interrupting production C) Replace the glove immediately because the wound itself has already been treated D) Remove the wound covering, allow the wound to dry, and then continue E) Stop handling food, perform appropriate hand hygiene, maintain the wound protection, and replace the damaged glove
A) The wound has already been covered with gauze B) The injury occurred while the employee was using a kitchen knife C) The wound is located on the employee's hand D) The bleeding remains severe despite sustained direct pressure, indicating the need for medical attention E) The employee is able to remain standing while applying pressure
A) Second-degree burn B) Chemical burn C) First-degree burn D) Deep tissue burn E) Third-degree burn
A) The victim should first be moved away from the wet area B) The power source must be disconnected before the victim is touched C) The victim should first be checked for visible burns D) The coworker should pull the victim using a dry towel E) CPR should begin before the electrical source is addressed
A) The employee should walk a few steps to determine whether the injury is serious B) The employee should avoid immediately standing and assess the injury; suspected fractures or significant swelling should not be moved unnecessarily C) The employee should crawl immediately toward the nearest chair regardless of the location of the pain D) Another worker should pull the employee upright by the injured arm E) The employee should stand slowly because remaining on the floor can worsen most injuries
A) Any cough means the person should always be left completely alone B) Abdominal thrusts should be performed regardless of whether the cough is effective C) The person should immediately be given water because coughing indicates partial swallowing D) The cough is not forceful enough to clear the obstruction, indicating that choking intervention may be necessary E) The person should be placed flat because all choking incidents require CPR
A) Continue abdominal thrusts while the person remains unconscious B) Give water before beginning CPR C) Begin CPR and remove an obstruction only when it is visible D) Perform a blind finger sweep because the obstruction may be deep in the airway E) Sweep the mouth repeatedly until an object is located
A) Chest thrusts are used instead of abdominal thrusts B) The employee is placed flat before any thrust is attempted C) Abdominal thrusts are performed higher and with greater force D) The employee should be given water before intervention E) Back blows are avoided because pregnancy eliminates the need for them
A) Cover the eye and wait for the chemical to evaporate B) Wipe the eye first and then flush it if irritation remains C) Rub the eye gently to remove any chemical residue D) Apply an ointment before beginning irrigation E) Flush the affected eye immediately with lukewarm water
A) Remove the object using sanitized tweezers B) Apply pressure around the object to force it outward C) Rinse the eye repeatedly until the object becomes loose D) Do not wash, rub, press, or attempt to remove the embedded object E) Rub the surrounding area while keeping the eye closed
A) Wait for symptoms before contacting anyone because the amount consumed is unknown B) Neutralize the chemical by giving another chemical with the opposite pH C) Contact poison control, identify the substance, follow the instructions provided, and bring the product information when possible D) Give a large amount of water regardless of the substance involved E) Induce vomiting immediately because removing the chemical is the priority
A) Remove water promptly, improve traction, and maintain housekeeping throughout operations B) Require employees to walk around the area more carefully C) Assign one employee to watch the area without changing the surface condition D) Place a warning sign near the sink and continue mopping only at closing E) Give employees additional slip-resistant shoes while leaving the accumulation problem unchanged
A) Reduce the number of employees assigned to cutting so each worker becomes more efficient B) Require the worker to remain in one position to maintain consistency C) Replace the worker's current shoes with slip-resistant footwear D) Alternate repetitive tasks, change hands when appropriate, and provide rest breaks E) Increase the work pace so the repetitive task is completed earlier
A) Require two employees to lift every container while keeping the storage arrangement unchanged B) Place the containers farther from the worker so the lifting posture remains unrestricted C) Move the containers to overhead storage because they are used frequently D) A food service employee frequently retrieves heavy containers from the floor and places them on an overhead shelf. Which change most directly follows the ergonomic recommendations? E) Place the containers on the lowest shelf so they cannot fall on employees
A) Use a narrower handle so the worker can control it with less material B) Bend the wrist slightly to distribute the force C) Grip the tool more tightly to prevent slipping D) Use the fingertips instead of the whole hand to reduce contact E) Use a thicker-handled tool, maintain a whole-hand grip, and keep the wrists straight
A) Carry the pan outside so the fire can burn away from the kitchen B) Remove the oil from the pan while the fire is still burning C) Pour a small amount of water around the edge of the pan to lower the temperature D) Cover the pan with a cloth towel because it can absorb the grease E) Use a tight-fitting lid to smother the fire, turn off the appliance if safe, and do not use water
A) Keep combustible materials away from heat-producing equipment B) Require employees to inspect the materials before every shift C) Cover the combustible materials with plastic while keeping them beside the stove D) Keep the materials in the same location but reduce the amount stored there E) Install an additional fire extinguisher directly above the stove
A) The container is acceptable because heat-resistant metal cannot ignite B) Metal is acceptable when the container is completely dry C) The container should not be placed in the microwave because metal is identified as an unsafe microwave practice D) Metal is acceptable when the microwave operates below its maximum power E) The container is acceptable if the cooking time is less than one minute
A) Rough surfaces require less mechanical cleaning because they retain cleaning chemicals B) The problem can be solved by rinsing with hotter water without addressing the surface C) Pitted, cracked, rough, or corroded surfaces are more difficult to clean and sanitize and may no longer be considered cleanable D) The employees are necessarily using insufficient sanitizer concentration E) Increasing sanitizer contact time will permanently correct the damaged surface
A) Sanitizer should be applied before cleaning so microorganisms are killed before soil is disturbed B) Increasing sanitizer concentration compensates for the presence of soil C) Food soil has little effect on sanitizer effectiveness if the contact time is long enough D) Sanitizing and cleaning are interchangeable when the chemical is approved for food-contact surfaces E) The surface must first be cleaned and rinsed because organic soil can reduce sanitizer effectiveness
A) Match the cleaning approach to the soil: alkaline cleaning for protein, acid cleaning for mineral deposits, and an appropriate alkaline/emulsifying or saponifying approach for difficult fat residues B) Use acid for all three because mineral deposits are the most difficult soil C) Use a nonionic surfactant alone because surfactants are designed to interact with all soil types equally D) Use sanitizer for all three because sanitizer can destroy microorganisms associated with the soils E) Use hot water alone for all three because temperature is the primary cleaning factor
A) Increase mechanical force while using the acid cleaner because soil type does not determine chemical selection B) Apply sanitizer first to loosen the protein film C) Use only warm water because protein becomes easier to remove as temperature increases D) Use the same acid cleaner because all hardened soils respond similarly to acids E) Use an appropriate highly alkaline detergent with protein-removing properties
A) Time affects only sanitizing and not cleaning B) Increasing time always requires an equal increase in chemical concentration C) Concentration becomes irrelevant when contact time increases D) Increasing time can reduce the concentration requirement under appropriate cleaning conditions E) Chemical concentration must remain unchanged whenever time changes
A) Mechanical force chemically dissolves all soil and therefore eliminates the need for cleaning compounds B) Mechanical force automatically sanitizes the surface during cleaning C) Mechanical force assists soil removal and can reduce the time, temperature, or chemical concentration required D) Mechanical force makes soil type irrelevant E) Mechanical force prevents microorganisms from surviving regardless of whether the surface is subsequently sanitized
A) Manual mechanical cleaning B) Immersion cleaning C) Clean in Place (CIP) D) Clean Out of Place (COP) E) Foam cleaning
A) Foam cleaning B) High-pressure cleaning C) Thermal sanitizing D) Clean Out of Place (COP) E) Clean in Place (CIP)
A) Clean in Place B) High-pressure cleaning C) Clean Out of Place D) Foam cleaning E) Mechanical brushing
A) High pressure automatically changes a cleaning process into CIP B) High pressure replaces the need for detergent whenever sufficient pressure is used C) High pressure increases mechanical force, but appropriate chemical and temperature conditions may still be required D) High pressure is equivalent to sanitizing because microorganisms are physically removed E) High pressure is effective only when no chemical solution is present
A) Rinsing is required only for thermal sanitizing B) Residual detergent may chemically react with or interfere with the sanitizer C) The sanitizer must always be replaced whenever detergent has been used D) The sanitizer failed because food-contact surfaces should never be cleaned with detergent E) Detergent increases microbial resistance only when the sanitizer is chlorine-based
A) Doubling the concentration is appropriate whenever microorganisms remain because concentration is the only major factor affecting sanitizer performance B) Increasing concentration is preferable to increasing contact time because contact time has little effect C) Excess concentration is harmless as long as the sanitizer is approved for food-contact use D) A higher concentration eliminates the need to clean the surface first E) Sanitizer effectiveness depends on several factors, and excessive concentration can create problems such as corrosion; the specified concentration should be followed
A) Chlorine effectiveness is determined primarily by water hardness and is unaffected by pH B) pH affects only thermal sanitizing and not chemical sanitizers C) Chlorine becomes more active indefinitely as pH increases D) Chlorine becomes ineffective only when organic soil is absent E) The effectiveness of many chlorine sanitizers decreases as pH rises, particularly above the effective range
A) Hot-water sanitizing B) Iodophors C) Steam sanitizing D) Chlorine compounds E) Quaternary ammonium compounds (QACs)
A) Hot water B) Steam C) Chlorine compounds D) Iodophors E) QACs
A) The described characteristics apply equally to all chemical sanitizers B) The described characteristics are consistent with iodophors C) The described characteristics identify thermal sanitizing because heat stains plastics D) The described characteristics identify chlorine because chlorine is unaffected by organic matter E) The described characteristics identify QACs because their activity increases at high pH
A) The statement is correct when the sanitizer is chlorine-based B) The statement is correct when the sanitizer concentration is sufficiently high C) Sanitizer cannot compensate for poor cleaning because soil, especially organic matter, can interfere with sanitizer effectiveness D) The statement is correct when contact time is increased E) The statement is correct when the surface is made of stainless steel
A) The dishes should be sanitized before washing because washing removes only visible soil B) The dishes should be towel-dried because moisture supports microbial growth C) Scraping should occur after washing to avoid spreading soil D) The rinsing step should occur after sanitizing rather than before it E) The dishes should be allowed to air-dry rather than being towel-dried
A) 43–49°C for 30 seconds B) 49°C for 30 seconds C) 60°C for 30 seconds D) Approximately 77°C for 30 seconds E) 82°C for 30 seconds
A) Stationary soaking B) Mechanical dishwashing C) Single-basin washing D) Manual three-compartment washing E) Manual sanitizing followed by towel drying
A) The machine remains effective because all microorganisms are removed during the washing stage B) The sanitizing stage may be inadequate because the required thermal condition was not achieved C) The machine is automatically equivalent to chemical sanitizing regardless of temperature D) The washing temperature compensates automatically for a lower sanitizing temperature E) A lower final temperature is preferable because it prevents equipment corrosion
A) Cleaning alone is insufficient; effective pest control requires preventing entry, eliminating food/water/hiding places, and using integrated pest management B) The establishment should increase sanitizer concentration on food-contact surfaces C) The establishment should focus only on removing rodents after they are observed D) The cleaning schedule should replace structural pest controls E) The establishment should close the kitchen only when a rodent is physically seen
A) Moth B) Ant C) Rat D) House mouse E) Cockroach
A) House mouse B) Rat C) Moth D) Cockroach E) Ant
A) House mouse B) Ant C) Moth D) Cockroach E) Rat
A) Moths B) Rats C) House mice D) Ants E) Cockroaches
A) Trash B) Refuse C) Rubbish D) Liquid waste E) Garbage
A) Rubbish B) Gaseous waste C) Refuse D) Liquid waste E) Garbage
A) Liquid waste B) Trash C) Paper waste D) Refuse E) Gaseous waste
A) Collection from point of generation → transportation → processing place → removal method B) Collection → sanitizing → transportation → processing C) Transportation → collection → removal → processing D) Processing → collection → transportation → sanitation E) Collection → storage → cooking → removal
A) I, II, III, and IV B) I, III, and IV C) I and IV D) I, II, and III E) II, III, and IV
A) I, II, III, and V B) I, III, IV, and V C) I, II, III, and IV D) I, II, IV, and V E) II, III, IV, and V
A) I, II, III, and V B) I, II, IV, and V C) II, III, IV, and V D) I, III, IV, and V E) I, II, III, and IV
A) I, III, and IV B) I, II, and III C) I, II, and IV D) II, III, and IV E) I and IV
A) I, II, IV, V, and VI B) II, III, IV, and V C) I, III, V, and VI D) I, II, III, IV, V, and VI E) I, II, III, and IV
A) I, II, and IV B) II, III, and IV C) I, II, and III D) I, III, and IV E) I and IV
A) II, III, IV, and V B) I, III, IV, and V C) I, II, III, and IV D) I, II, and V E) I, II, III, IV, and V |