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newSchoolWorks.com › VoTechWorks › Hospitality, Food & Tourism › Culinary Arts › Meats: Fabrication, Cookery, and Practical Application › Lesson 10
HOS-CULI27-05 · Lesson 10 · 10 clock hours · theory

Yield Costing and Menu Pricing for Meat Proteins

Objective. Students will calculate as-purchased cost, edible-portion cost, and plate cost for at least three protein items and apply a standard food-cost percentage formula to derive a target menu selling price.

⚠ Pending professional review

This lesson, its worked examples and its practice questions has not yet been verified by a certified food-safety manager and industry professional or by a certification or approval body. It is a study draft and may contain errors. Do not use it as instructions for work on a job site or on live equipment. Always follow your instructor, your supervising professional, and current official references and regulations.

VoTechWorks program approval and accreditation are still in progress. Credentials are issued only by the certifying bodies named in each program, after their own exams.

Why Yield Costing Matters

Meat is almost always the most expensive ingredient on a plate. A chef who orders a whole beef tenderloin pays for every ounce that arrives on the dock — fat, silverskin, chain, and trim — but only a portion of that weight ever reaches the guest's plate. If you price a menu item using only the invoice price per pound, you will underprice it every time, eroding profit and threatening the restaurant's viability. Yield costing translates what you pay (the as-purchased cost) into what you actually serve (the edible-portion cost) so your menu prices reflect reality.

Key Formulas

As-Purchased Cost per Pound (AP cost/lb)

This is simply the invoice price divided by the total weight purchased. Suppliers quote this directly, but always verify the unit — some invoices list price per kilogram or per case.

Yield Percentage

Yield percentage tells you what fraction of the AP weight is usable after trimming and fabrication.

> Yield % = (Edible Portion Weight ÷ As-Purchased Weight) × 100

For example, a whole beef tenderloin (PSMO — peeled, side muscle on) typically yields around 65–75% after removing fat, silverskin, and chain, depending on the cutter's skill and the desired end product. A bone-in pork loin will have a different yield than a boneless one. Chicken fabrication yield depends on whether you are portioning bone-in pieces or breaking down a whole bird to boneless, skinless breasts. Actual yield percentages vary; always weigh your specific product before and after fabrication to establish your house yield.

Edible-Portion Cost per Pound (EP cost/lb)

> EP cost/lb = AP cost/lb ÷ Yield %

(Express yield % as a decimal, e.g., 70% = 0.70)

This is the cost of one pound of usable product. It is always higher than the AP cost whenever yield is less than 100%.

Plate Cost

A plate-cost card lists every component of a finished entrée with its EP cost. Add the protein cost for the exact portion size, plus sauce and each side dish, to arrive at the total plate cost.

> Protein cost on plate = EP cost/lb × (Portion weight in lb)

Menu Selling Price

Once you know the plate cost, apply your target food-cost percentage:

> Menu Price = Plate Cost ÷ Target Food-Cost %

(Express as a decimal, e.g., 30% = 0.30)

A food-cost percentage between 28% and 35% is a common industry target for full-service restaurants, though the right number depends on the operation's full cost structure. Your instructor or operator will provide the target for each exercise.

Fabrication and Yield in Practice

Before you can cost anything, you must fabricate accurately and weigh every result. Use a calibrated portion scale. Record the AP weight before you start, then weigh the trimmed, usable product afterward. The difference is trim loss. Save trim notes — some trim (beef chain, pork trim) has secondary value for grinding or stocks; sophisticated costing may credit that value, but for introductory worksheets, treat trim as zero-value unless instructed otherwise.

Fabrication skills directly affect profitability. Two cooks breaking down the same tenderloin can produce meaningfully different yields. Consistent knife technique, proper silverskin removal, and minimizing over-trimming all protect margin.

Price Fluctuation and Substitution

Market prices for beef, pork, and poultry change regularly based on feed costs, supply chain conditions, and seasonal demand. A 15% rise in the AP cost of beef tenderloin directly raises the EP cost by 15% (assuming yield stays constant), which in turn raises the plate cost and — if the formula is followed — the menu price. When price increases threaten to push a menu price above what guests will accept (the perceived-value ceiling), chefs evaluate alternative cuts.

When proposing a substitution, you must consider:

Connecting to ACF and ServSafe Standards

The ACF Certified Culinarian exam includes food costing and menu pricing as a tested knowledge area. Mastery of AP/EP conversion, plate costing, and food-cost percentage calculation is expected. ServSafe principles intersect with fabrication: raw meat must be handled at safe temperatures (refrigerate below 41 °F / 5 °C), and cross-contamination must be prevented by using dedicated cutting boards and sanitizing surfaces between proteins. These food-safety habits are not separate from costing — spoilage and recalls are the costliest yield losses of all.

Precision Counts

In professional kitchens, a rounding error on EP cost compounds across hundreds of portions. Carry calculations to at least two decimal places. Double-check your arithmetic before submitting any costing document. A math error in a real purchasing decision can wipe out a week of profit.

Key terms8

As-Purchased Cost (AP cost)The price paid per unit (usually per pound) for a product exactly as it arrives from the supplier, before any trimming or fabrication.
Edible-Portion Cost (EP cost)The cost per pound of usable product after trimming and fabrication; always calculated as AP cost ÷ yield percentage (expressed as a decimal).
Yield PercentageThe ratio of usable (edible) product weight to as-purchased weight, expressed as a percentage; calculated as (EP weight ÷ AP weight) × 100.
Plate CostThe total ingredient cost of one complete menu serving, including the protein portion at EP cost plus all sauces and sides.
Food-Cost PercentageThe ratio of food cost to menu selling price, expressed as a percentage; used both as a target when setting prices and as a control metric when evaluating actual costs.
Menu Selling PriceThe price charged to the guest for a menu item; derived by dividing the plate cost by the target food-cost percentage expressed as a decimal.
Trim LossThe weight of unusable or secondary-use product removed during fabrication (fat, bone, silverskin); the difference between AP weight and usable EP weight.
Portion ScaleA calibrated kitchen scale used to weigh individual servings and fabricated cuts accurately; essential for reliable yield and plate-cost calculations.

Worked examples4

1. A whole beef tenderloin (PSMO) is purchased at $14.00/lb AP. After fabrication, the yield percentage is 70%. What is the EP cost per pound?
  1. Convert yield percentage to a decimal: 70% ÷ 100 = 0.70
  2. Apply the formula: EP cost/lb = AP cost/lb ÷ yield decimal
  3. EP cost/lb = $14.00 ÷ 0.70 = $20.00
Answer: EP cost = $20.00 per pound
2. Build a plate cost for a filet mignon entrée. The EP cost of beef tenderloin is $20.00/lb. The portion is 7 oz. The sauce costs $0.55 per portion. Side 1 (roasted potatoes) costs $0.80 per portion. Side 2 (haricots verts) costs $0.60 per portion. What is the total plate cost?
  1. Convert the 7-oz portion to pounds: 7 ÷ 16 = 0.4375 lb
  2. Calculate protein cost: 0.4375 lb × $20.00/lb = $8.75
  3. Sum all components: $8.75 (protein) + $0.55 (sauce) + $0.80 (potatoes) + $0.60 (haricots verts) = $10.70
Answer: Total plate cost = $10.70
3. Using the $10.70 plate cost from the previous example and a target food-cost percentage of 32%, what should the menu selling price be?
  1. Convert the target food-cost percentage to a decimal: 32% ÷ 100 = 0.32
  2. Apply the formula: Menu Price = Plate Cost ÷ Target Food-Cost %
  3. Menu Price = $10.70 ÷ 0.32 = $33.4375, rounded to $33.44
Answer: Menu selling price = $33.44 (rounded to the nearest cent; operators may round to a price-point such as $33.50 or $34.00)
4. The AP price of beef tenderloin rises 15%, from $14.00/lb to $16.10/lb. Yield remains 70%. Recalculate the EP cost per pound and the new plate cost for the 7-oz filet mignon (sauce and sides unchanged at $1.95 combined). Then find the new menu price at 32% food cost.
  1. New AP cost: $14.00 × 1.15 = $16.10/lb
  2. New EP cost: $16.10 ÷ 0.70 = $23.00/lb
  3. New protein cost for 7 oz (0.4375 lb): 0.4375 × $23.00 = $10.0625, round to $10.06
  4. New plate cost: $10.06 + $1.95 = $12.01
  5. New menu price: $12.01 ÷ 0.32 = $37.53
Answer: New EP cost = $23.00/lb; new plate cost = $12.01; new menu price = $37.53

The math in this lesson2

Learners divide $14.00 AP cost by 70% yield for $20.00 EP cost and cost a 7-oz portion.
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Brush up in the math halls at newSchoolWorks.com:
In class: Using real or instructor-supplied invoice prices, complete a yield-cost worksheet for beef tenderloin, pork loin, and chicken: calculate AP cost per pound, yield percentage, and EP cost per pound for each. · Build a plate-cost card for a filet mignon entrée including protein, sauce, and two sides; sum all costs and apply a target food-cost percentage to calculate the menu price. · Participate in a small-group scenario: the AP price of beef rises 15% — recalculate EP cost and menu price, then present two alternative cuts that could maintain food-cost percentage, justifying substitution with quality and customer-expectation reasoning.
Materials: Calculator, yield-cost worksheets, sample supplier invoices, plate-cost card templates, food-cost percentage formula reference sheet
Check: Completed worksheet checked for math accuracy: all three EP cost calculations correct within ±$0.05/lb; plate cost and menu price calculated correctly; group scenario rationale assessed by instructor for logic — any arithmetic error on EP cost requires correction and resubmission. ACF CC exam area: food costing and menu pricing.

Practice check8

Answer each question, then check it. Nothing is recorded; this is your own practice.

Food costing and menu pricing
1. A boneless pork loin is purchased for $3.80/lb. After trimming, the yield percentage is 85%. What is the EP cost per pound?
Food costing and menu pricing
2. A chicken breaks down with 5.5 lb of usable meat from an 8 lb AP weight. What is the yield percentage?
Food costing and menu pricing
3. A plate cost card totals $9.60. The operation targets a 30% food-cost percentage. What is the correct menu selling price?
Food costing and menu pricing
4. The AP price of a protein rises 20% while yield percentage stays the same. What happens to the EP cost per pound?
Food costing and menu pricing
5. Which of the following best explains why EP cost per pound is always higher than AP cost per pound when yield is less than 100%?
Food costing and menu pricing
6. A chef is considering substituting flat iron steak for beef tenderloin on a prix fixe menu after tenderloin prices spike. Which factor is LEAST relevant to the substitution decision?
Food costing and menu pricing
7. A plate-cost card shows: protein $11.20, sauce $0.70, starch $0.90, vegetable $0.65. The target food-cost percentage is 33%. What is the menu price, rounded to the nearest cent?
Food safety (ServSafe)
8. During raw-meat fabrication, which food-safety practice aligns with ServSafe principles for preventing cross-contamination?
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