Free Red Seal Cook Exam Flashcards

Cleaning removes food soil and debris that can shield microorganisms or neutralize sanitizer. After cleaning and rinsing, apply the approved sanitizer at the manufacturer- and jurisdiction-specified concentration and contact time, then use the required drying method.

Keep cooked and ready-to-eat food above raw food, with products covered and raw items separated so drips cannot contaminate another product. Follow the jurisdictional storage order for different raw meats.

Between 4°C and 60°C. Minimize time in that range and use suitable rapid-cooling or hot/cold-holding equipment; the controlling time limits and corrective actions come from the applicable jurisdictional rules and workplace food-safety plan.

Ground beef, veal, lamb, and pork are cooked to 71°C; ground poultry is cooked to 74°C. Verify the centre with a clean digital thermometer and follow any stricter controlling requirement.

Conversion factor = desired yield ÷ original yield. Multiply every scalable ingredient quantity by that factor, then reassess items that do not scale linearly, such as seasoning, leavening, pan capacity, and cooking loss.

Yield percentage = edible-portion quantity ÷ as-purchased quantity × 100. Express the percentage as a decimal when calculating EP cost: AP unit cost ÷ yield decimal.

Menu price = portion cost ÷ target food-cost percentage expressed as a decimal. For example, a $3.00 portion at a 30% target gives $3.00 ÷ 0.30 = $10.00 before considering taxes or other pricing constraints.

Verify the exact requirement, every ingredient and label, preparation method, shared equipment and cross-contact controls, and whether the substitute changes function or yield. Never promise allergen-free service without the operation's approved controls.

Delicate leafy herbs are generally added late to preserve fresh aroma and colour. Hardy herbs can often withstand longer cooking and may be added earlier, but the recipe and intended flavour remain controlling.

Acid converts bright green chlorophyll toward a dull olive colour. Use brief cooking and add acidic components near service when the recipe permits rather than trying to neutralize acid with baking soda, which can damage texture and nutrients.

Rapid chilling stops carry-over cooking so the vegetable does not continue softening. Drain and dry it promptly; an ice bath is useful only when the product is not meant for immediate hot service.

Limit oxygen exposure, keep the fruit cold, and use an appropriate acidic treatment when compatible with the dish. These controls slow the enzyme reaction; they do not make spoiled fruit safe.

Gentle simmering extracts flavour while limiting agitation that can emulsify fat and impurities into the liquid. Skimming and controlled heat help produce a cleaner flavour and appearance.

For brown stock, bones and usually mirepoix are browned before liquid is added, developing roasted colour and flavour. White stock begins without that browning step and is kept lighter in colour and flavour.

As the protein mixture coagulates, it traps suspended particles and carries them into the raft. Gentle heat and minimal disturbance are essential; boiling can break the raft and cloud the consommé.

After the main ingredients are fully cooked and puréed, then again after reheating for service. Starches continue to absorb liquid and chilled soup may appear thicker, so adjust gradually while protecting flavour and safe holding temperature.

A darker roux develops deeper toasted flavour and colour but has less thickening power than a pale roux. Cook it to the stage required by the sauce rather than using one stage for every application.

Espagnole, béchamel, velouté, tomato, and hollandaise. A derivative changes a base sauce with additional ingredients or technique; it is not a sixth mother sauce.

Small dispersed oil droplets are kept apart in a continuous water phase by an emulsifier and controlled mixing. Add the dispersed phase gradually; excessive heat, an overloaded continuous phase, or poor shear can break the emulsion.

Evaporation concentrates salt and other flavours along with the liquid. Establish the base flavour, reduce to the desired body, then make the final seasoning adjustment.

Excessive heat can tighten milk proteins and separate fat from the emulsion. Use controlled heat, add suitable cheese gradually, and avoid hard boiling unless the specific formulation is designed for it.

Its protein, fat, sugar, water, acidity, stabilizers, and flavour may differ from dairy. Those differences affect browning, emulsification, foaming, thickening, and allergen controls, so test the recipe rather than relying on volume alone.

Proteins tighten and expel moisture, producing a tough or curdled texture. Use gentle heat and remove the product with carry-over cooking in mind; egg dishes must still meet the controlling safe-temperature rule.

Resting lets flour hydrate more evenly and allows the developed gluten network to relax. The dough then rolls with less spring-back and is less likely to tear.

Finishing links the sauce to the pasta surface and allows final texture and consistency adjustments. Reserve cooking liquid if useful, but avoid prolonged holding that turns pasta soft and causes sauce to tighten excessively.

Use a filling with suitable moisture, remove trapped air, keep the sealing edge clean, and make a complete seal without overfilling. Match dough thickness and cooking intensity to the filled shape.

Use the recipe's grain-to-liquid ratio and controlled heat so the measured liquid is absorbed by the time the grain reaches the intended texture. Steam resting after cooking can equalize moisture without aggressive stirring.

Acid can slow the softening of pulse cell walls. Cook to the required tenderness before a substantial acidic addition unless the tested recipe accounts for the longer cooking time.

Check for rancid odour or flavour, store cool and protected from air and light, toast with close time-and-temperature control, and prevent allergen cross-contact through approved storage, tools, labels, and cleaning procedures.

Reassess moisture, binding, fat, browning, seasoning, portion yield, cooking method, holding quality, and allergen profile. Nutritional and culinary function cannot be inferred from shape alone.

Tender cuts with little connective tissue suit quick dry heat. Tougher cuts rich in collagen generally benefit from time, moisture, and controlled heat that converts collagen toward gelatin.

A relatively dry surface and sufficiently high surface temperature promote reactions between amino compounds and reducing sugars. Crowding or surface moisture encourages steaming; browning does not seal juices inside.

Resting allows internal temperature gradients and moisture distribution to become more even, reducing immediate juice loss during carving. Account for carry-over cooking when choosing the removal point, without dropping below the required safe internal temperature.

71°C. Measure in the centre with a clean digital thermometer; colour is not a reliable doneness test, and the applicable jurisdiction or product process may require an additional control.

74°C for pieces and 82°C for a whole bird. Check the thickest edible part without touching bone, and check individual pieces because size and heat distribution vary.

Liver, kidney, heart, tongue, sweetbreads, and other variety meats differ in structure, flavour, perishability, trimming, and cooking needs. Identify the organ first, then apply the tested recipe and controlling safe-handling requirements.

Look for firm resilient flesh, a clean mild odour, intact moist skin, and product-specific signs such as clear prominent eyes and bright gills on whole fish. Sensory checks do not replace receiving-temperature and source controls.

70°C. Check the thickest part with a clean digital thermometer; visual flaking alone is not the national reference measurement, and stricter jurisdictional or establishment rules still control.

Discard it. Health Canada directs consumers to throw away those shellfish when they do not open during cooking; shellfish source, tag, storage, and jurisdictional controls also remain essential.

74°C for products such as crab, lobster, shrimp, clams, mussels, oysters, and scallops. Use the measurement and handling procedure appropriate to the product and controlling food-safety plan.

Proteins can transfer through fryers, grills, steam, utensils, gloves, storage containers, sauces, and garnishes. Verify the specific allergen and use the operation's approved cross-contact controls before communicating what can be served safely.

Surface water dilutes dressing and prevents it from coating evenly, producing a watery salad. Dry gently, keep the greens cold, and dress near service to protect texture.

Control time and temperature while preventing raw-to-ready-to-eat cross-contamination. Prepare manageable batches, keep ingredients protected and cold as required, and follow the jurisdictional holding and discard limits.

It helps keep small droplets of one liquid dispersed through another, slowing separation. Proper ratio and gradual mixing still matter; an emulsifier cannot compensate indefinitely for an overloaded or overheated emulsion.

It should be portioned for its service style, stable enough to handle, balanced in flavour and texture, visually consistent, and capable of being held or replenished within safe time-and-temperature limits.

Curing agents have safety-critical limits and an error may not be detectable by taste or appearance. Use a validated formula, an accurate scale, approved ingredients, required records, and the controlling jurisdictional process.

A brine is a measured salt-and-water system used to season and alter water retention. A marinade is a seasoned liquid or paste used mainly for surface flavour and sometimes tenderizing effects; neither replaces safe storage or cooking.

Each ingredient weight ÷ total flour weight × 100, with total flour defined as 100%. Because it is weight-based, it scales formulas consistently and makes hydration and ingredient ratios easy to compare.

Excess mixing develops more gluten and can disturb the intended gas-cell structure. Mix only to the recipe's required stage; yeast doughs may intentionally need more gluten development and are a different system.

Tempering manages cocoa-butter crystal formation so finished chocolate sets with gloss, snap, contraction, and better resistance to fat bloom. The working temperatures depend on chocolate type and manufacturer specification.