Planning and Workflow
Safety and sanitation
Recipe math and costing
Techniques and Methods
Measurement Focus
100

 Day 1: Planning — receive recipes, reduce recipes, calculate costs, create step-by-step prep and cooking timeline.
Day 2: Prep — execute mise en place, prepare doughs, chop ingredients, organize station.
Day 3: Execution — final cooking/baking, present finished product, deep clean.

 What is the three-day sequence of activities you should complete for the practical exam (Day 1, Day 2, Day 3)?

100

How long must you wash your hands with soap for the exam sanitation standard?

  20+ seconds with soap.

100

 Using the conversion formula, if original yield = 8 and required yield = 4, what is the conversion factor?

Conversion factor: 4 ÷ 8 = 0.5.

100

Define "mise en place" in one sentence.

"Everything in its place" — prepping all ingredients and tools before cooking.

100

 How many tablespoons are in 1 cup?

16 T

200

Name one Critical Path Tasks you should identify when planning a multi-day cooking exam, and explain why they’re critical


  • Mise en place before cooking or baking — critical because it determines overall timeline and when finishing steps can occur.
200

List two specific measures to prevent cross-contamination when handling raw meat and produce in the same station.

Two measures to prevent cross-contamination:

  • Use separate cutting boards and knives (color-coded) for raw meat and produce.
  • Clean and sanitize surfaces and utensils between handling different food types; wash hands after touching raw protein.
200

If total ingredient cost is $12.00 for 6 servings, what is the cost per serving?

 Cost per serving: $12.00 ÷ 6 = $2.00 per serving.

200

 Give one example each of a dry-heat method and a moist-heat method used in this exam.

  • Dry-heat method: Roasting (or baking).
  • Moist-heat method: Poaching (or steaming).
200

 How many ounces are in 1 pound?

16 oz

300

 You receive a recipe that yields 12 servings but your exam requires 6. What is the conversion factor?

  Conversion factor: Required 6 ÷ Original 12 = 0.5. 

Multiply all the ingredient amounts by CF to get new yield recipe amounts

300

State the safe holding temperatures for cold foods and hot foods required in the exam, and explain why both ranges matter for food safety.

 Cold foods must stay below 41°F; hot foods must stay above 135°F.
Why it matters: These ranges keep foods out of the "temperature danger zone" where bacterial growth is rapid.

300

You have an ingredient priced at $4.80 per pound. You need 8 ounces. Calculate the cost for those 8 ounces.

Ingredient cost calculation: $4.80 per pound. There are 16 ounces in a pound. Cost per ounce = $4.80 ÷ 16 = $0.30 per ounce. For 8 ounces: $0.30 × 8 = $2.40.

300

Describe  "creaming" and name a baked product where each is used.


  • Creaming: Beating butter and sugar to incorporate air for leavening — used in cookies and some cakes.
300

How many ounces in 1 gallon?

128 oz

400

Describe an effective "clean-as-you-go" schedule you would insert into your First‑hour lab block to maximize efficiency without sacrificing quality

  • Hour 0–1: Mise en place; wipe surfaces and sanitize station after prepping ingredients.
400

 Explain how hair restraints are important for sanitation and food safety in a shared kitchen.

  • Hair restraint prevents hair contamination and reduces risk of foreign objects in food.

400

Given: Original recipe yields 4 servings at total cost $10.48. Reduce recipe by half and compute the new total cost and cost per serving

 Original: 4 servings, total cost $10.48. Reduced by half → new yield = 2 servings. New total cost = $10.48 × 0.5 = $5.24. Cost per serving = $5.24 ÷ 2 = $2.62.

400

List three technique checks an instructor might use to evaluate mastery of yeast dough production during Day 2 or Day 3.

  • Dough development: Proper gluten development (windowpane test or elasticity).
  • Proofing assessment: Dough volume increase and finger poke test to check readiness.
  • Temperature control: Correct dough temperature and proofing environment documented/monitored.
    Scoring: Full credit for three valid, assessable checks.
400

How many ounces in 4 Tablespoons

2 oz

500

 What would you do if item (yeast dough) fails to rise on Day 3 but you must still deliver a finished product on time.

  1. Communication & timeline adjust: Inform instructor immediately, shift other tasks earlier or later to allow extra proofing time.
500

 A student notices a coworker consistently touching their face then handling garnish. Outline the professional steps you should take immediately and how this would affect the sanitation grade.

  1. Politely and immediately address the unsafe behavior with the coworker (e.g., remind them to wash hands and change gloves).
  2. Notify instructor if the issue persists or if contamination likely occurred.
  3. Discard contaminated garnish/food items and replace them using proper sanitation steps.
    Grading impact: Deduction in sanitation grade; possible further consequences depending on instructor policy.
    Scoring: Full credit for steps that include correction, notification, and mitigation (discard/replace).
500

 Explain how to determine a selling price using the provided rule "Selling price = serving cost × 3" and calculate the selling price if cost per serving is $2.62.

Selling price rule: Selling price = cost per serving × 3.
If cost per serving = $2.62 → Selling price = $2.62 × 3 = $7.86.

500

Given a scenario where an oven is overloaded and items bake unevenly, describe two professional adjustments to maintain quality and timing.

  • Reduce load: Bake in additional batches or move some items to a different rack/oven to avoid crowding; accept slight schedule shift. (Risk: time increases.)
  • Rotate pans and use convection (if available) to improve air circulation and even baking; if using convection, reduce temperature per manufacturer guidelines (commonly ~25°F) and monitor closely. (Risk: uneven results if rotation timing is off.)
500

How many Tablespoons in 1 gallon?

256 Tablespoons

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