Receiving and storage make up 13 of the 80 scored questions on the ServSafe Manager exam, or 16.25%, the second-largest of the seven content areas. The questions turn on a short list of Food Code numbers: cold TCS food received at 41°F or below (45°F for milk, shell eggs and shellfish), hot food at 135°F or above, frozen food frozen, and stored food at least 6 inches off the floor.
If you would rather test the area before reading about it, the free Safe Receipt, Storage, Transportation and Disposal of Food practice questions cover this content area on its own.
How much of the ServSafe Manager exam is receiving and storage?
Thirteen scored questions sit in the content area ServSafe calls Safe Receipt, Storage, Transportation and Disposal of Food. Only Safe Preparation and Cooking of Food, at 15, is bigger.
The ServSafe Manager exam is 90 multiple-choice questions in two hours, but only 80 of them count. The other 10 are unscored pilot items the National Restaurant Association uses for research, and nothing on screen tells you which is which. You pass at 56 of the 80 scored questions — 70%, not the 75% most prep sites publish.
Our full-length ServSafe Manager practice tests copy that structure exactly: 90 questions, 10 unmarked pilot items, a two-hour countdown that submits at zero, and a result worked out of 80 against the same pass line. The seven content areas carry the real exam’s weights rather than an even split — Preparation and Cooking 15, Receipt and Storage 13, Hygiene and Health 12, Cleanliness and Sanitation 12, Facilities and Equipment 12, Management 8, Service and Display 8.
Thirteen questions is roughly one in six, and the logic carries further than its own count. Shelf order turns up again in cross-contamination scenarios, and a warm delivery is really a time and temperature question asked at the back door. ServSafe does not publish how many questions sit on each topic inside a content area, so treat any page that claims, say, four questions on shelf order as guessing.
What the area tests is a manager’s habit of catching a hazard at the first point it can still be refused. A delivery you reject costs a phone call. The same food accepted, shelved and found warm on Thursday costs the product, the time, and possibly a guest.
What temperature does food have to be when it is delivered?
Cold TCS food is received at 41°F or below, hot TCS food at 135°F or above, and frozen food arrives frozen. Three products get a different cold limit, and the exam likes to test them.
This post quotes Minnesota’s rule text because it carries the FDA Food Code section numbers line by line; your own state may have adopted a different edition, and its code is the one an inspector enforces. Minnesota’s receiving rule, Minn. R. 4626.0165, follows Food Code 3-202.11 and spells out the pieces. Item A sets 41°F for refrigerated TCS food. Item B allows another temperature where the law that governs a product’s distribution sets one, which is how milk and molluscan shellfish get their limit. Item C covers raw shell eggs separately: they must arrive in refrigerated equipment holding an ambient air temperature of 45°F or less. Item F adds a condition that has no number at all: the food must be free of evidence of earlier temperature abuse.
| Product | Accept when | Source |
|---|---|---|
| Refrigerated TCS food (meat, poultry, fish, cut produce, deli items) | 41°F or below | Food Code 3-202.11(A); Minn. R. 4626.0165 A |
| Fluid milk | 45°F or below, then cooled to 41°F or below | Minnesota Department of Health receiving fact sheet (January 2019) |
| Molluscan shellfish | 45°F or below, then cooled to 41°F or below | MDH receiving fact sheet; 4626.0165 B |
| Raw shell eggs | Delivered in refrigerated equipment at 45°F ambient air or less | Minn. R. 4626.0165 C |
| Cooked TCS food delivered hot | 135°F or above | Minn. R. 4626.0165 D |
| Food labeled and shipped frozen | Received frozen | Minn. R. 4626.0165 E |
| Any TCS food | No evidence of previous temperature abuse | Minn. R. 4626.0165 F |
Two details catch people. The egg rule is about the truck’s air, so a probe pushed into a carton answers a different question from the one the code asks. And frozen food has no degree figure in the rule. The test is whether it is still frozen solid and shows no sign of having thawed on the way, which is why soft packs, pooled ice and stained cartons decide frozen questions on the exam.
The 41°F and 135°F lines are the same ones that govern holding, so a receiving question is also a time and temperature question. The Manager time and temperature walkthrough picks up from the moment accepted food goes into the cooler.
What makes a manager reject a delivery?
Reject TCS food that is out of temperature or shows signs of earlier temperature abuse, packages that are damaged, and anything that cannot be traced to an approved source. Those three cover nearly every rejection scenario on the exam.
The Minnesota Department of Health’s receiving fact sheet lists the condition checks plainly. Boxes should be intact and not leaking. Look for droppings, insects and other signs of pests. Reject cans that are severely dented on the side seam or on the top or bottom rim, cans that are swollen or bulging, and cans rusted badly enough to show pitting. Check invoices, labels and tags to confirm the source, and keep that paperwork.
The source check matters most for live shellfish. An Oregon Health Authority fact sheet on raw molluscan shellfish says the shellstock tag stays with the original container until it is empty, after which the last date of use is written on it and the tag is kept for 90 days. Shellfish come only from sources on the Interstate Certified Shellfish Shippers list, and a grocery store is not an approved source for a restaurant. Dead or broken shellstock is pulled on receipt.
The dock-by-dock receiving checklist covers the order of inspection and what to write on the invoice. On the exam, the pattern is simpler than the checklist: when one fact in the scenario fails, nothing else in the scenario rescues it.
Can a supplier deliver when nobody is there to receive it?
Some jurisdictions allow it under conditions, and the person in charge stays responsible for the food. The Food Code’s list of person-in-charge duties, as adopted in Massachusetts, names after-hours deliveries alongside receiving checks, so the duty to verify the food does not lapse because the door was locked.
Georgia shows what those conditions look like in practice. Guidance dated 21 December 2015, published by Habersham County and attributed to the Georgia Department of Public Health, lets the health authority allow after-hours deliveries only under the state rule 511-6-1-.04(3)(m). The establishment needs a written agreement with the distributor covering key drop deliveries, and that agreement has to certify several things.
| Requirement | What it means on the morning shift |
|---|---|
| Product stays under the distributor’s control through the whole delivery | The driver puts food away; a contracted delivery worker counts as an employee for enforcement |
| Deliveries only on stated days and hours | The agreement names them, for example two set days within a set time window |
| Temperatures checked | TCS food at 41°F or below; eggs, shellfish and milk may come in at 45°F; frozen food frozen |
| At least two temperatures recorded | Product and reading written on a log or the invoice |
| Food placed in the correct storage | Walk-in cooler, freezer or dry storage, at least six inches off the floor |
| Employees receive and inspect on arrival | The first staff member in checks the drop before anything else |
| Written procedures | How both companies monitor delivery temperatures and what happens to food that fails |
A sample key drop agreement posted by Georgia’s Northeast Health District adds two practical terms. The distributor carries the risk of loss until a restaurant employee actually receives the goods, and the record of condition and temperature is kept on site for at least six months for inspectors. The same template calls key drop a privilege that the health department can withdraw for missing records.
Here is how that plays out. A distributor drops cases at 3 a.m. under a Georgia agreement. The opening cook arrives at 6, probes the shredded cheese at 40°F and a case of shucked oysters at 44°F, and logs both. The cheese passes the 41°F line. The oysters fall under the 45°F allowance and go straight into the cooler to come down to 41°F. A case of chicken thighs left on the walk-in floor fails the storage condition before anyone reaches for a thermometer, and the agreement’s written procedure decides what happens to it. Rules differ by state and county, so a key drop question on the exam rewards the general principle: someone qualified inspects the food as soon as staff arrive, and the paperwork exists before the first drop.
Where does each food go on the cooler shelves?
Ready-to-eat food goes on top and raw animal food below it, with the raw foods ordered so the one needing the highest cooking temperature sits lowest. Pima County, Arizona’s storage chart, built on Food Code 3-302.11 and 3-307.11, gives the order from top to bottom.
| Shelf | Food | Minimum cooking temperature it is grouped by |
|---|---|---|
| 1 (top) | Ready-to-eat food | None; it gets no further cooking |
| 2 | Unwashed produce | None |
| 3 | Raw steaks, roasts, pork, fish and shell eggs | 145°F |
| 4 | Raw ground and tenderized meats | 155°F |
| 5 (bottom) | Raw poultry | 165°F |
The cooking-temperature ladder keeps the riskiest drip at the bottom, and it is how ServSafe-style questions frame shelf order. The rule text names no cooking-temperature order and is broader. Minnesota’s version of 3-302.11, Minn. R. 4626.0235, requires raw animal food to be kept apart from ready-to-eat food, and different raw species apart from each other, by separate equipment, by arrangement, or by preparing them at different times or in different areas. It also keeps unwashed fruits and vegetables away from ready-to-eat food. The Manager cross-contamination question guide covers those alternatives in detail.
For the exam, the ladder answers almost every shelf question. Notice where shell eggs land: with the 145°F group, below the produce and above the ground beef.
How far off the floor does food have to be stored?
At least 6 inches (15 cm). Food Code 3-305.11 also requires a clean, dry location where food is not exposed to splash, dust or other contamination.
The Minnesota text of the floor-storage rule includes two exceptions most study guides skip. Food in packages and working containers can sit lower than 6 inches on case-lot handling equipment, the low dollies built for moving cases. And three kinds of product can go straight on a floor that is clean and not exposed to floor moisture: pressurized beverage containers, cased food in waterproof containers such as bottles or cans, and milk containers in plastic crates.
So a sealed case of canned tomatoes on a dry floor meets the code, and a cardboard case of hamburger buns in the same spot does not. A question that hands you a stack of canned soda on the floor of a clean, dry storeroom is testing whether you know the exception. One competing study guide applies the 6-inch rule to supplies only. The rule’s subject is food.
Where is food never allowed to be stored?
Food Code 3-305.12 lists the places. The Minnesota rule on prohibited storage areas keeps the same list, and it has no exceptions.
| Location | Why an inspector cares | Typical exam setup |
|---|---|---|
| Locker rooms and dressing rooms | Street clothes, personal items, foot traffic | Overflow dry goods kept beside staff lockers |
| Toilet rooms | Fecal contamination risk | A case of paper cups and sugar packets in the staff restroom |
| Garbage rooms | Pests and waste | Bottled water stored by the dumpster door |
| Mechanical rooms | Heat, oil, equipment servicing | Rice and flour beside the water heater |
| Under sewer lines not shielded to catch drips | Sewage drip | A shelf under a waste pipe in the basement |
| Under leaking water lines, leaking sprinkler heads, or lines carrying condensation | Drip from the outside of the pipe | Sweating cold-water pipe over the dry storage rack |
| Under open stairwells | Dirt and debris falling through the treads | Produce boxes under the stairs to the office |
| Under any other source of contamination | Catch-all | Anything overhead that can drip or shed |
The condensation line is the one people miss. A pipe that is not leaking at all still disqualifies the shelf below it if water forms on its outside.
Where do cleaning chemicals go in relation to food?
Chemicals are stored apart from food, by spacing or a partition, and never above food, equipment, utensils, linens, or single-service and single-use items. That is Food Code 7-201.11, which the Minnesota rule on poisonous or toxic materials storage adopts in two lettered items.
The rule’s single exception is practical. Equipment and utensil cleaners and sanitizers kept in the warewashing area for convenience are allowed there, as long as they are stored so they cannot contaminate anything. A bottle of sanitizer on the shelf above the three-compartment sink is a different case from the same bottle above a sleeve of to-go cups.
One study guide tells readers to store chemicals below food when they share an area. The rule’s wording prohibits storage above, and separately requires spacing or partitioning. A bottle on a low shelf with no separation from the food beside it still fails the first item.
What manager-level receiving and storage scenarios show up?
These five are built the way ServSafe-style questions are: one detail decides the answer, and the others are there to distract.
A hot delivery of rotisserie chicken probes at 128°F.
The boxes are sealed and the invoice matches. The rule for cooked TCS food delivered hot is 135°F or above, so the delivery is rejected. Planning to reheat it after acceptance accepts food that has already spent time in the danger zone on someone else’s truck.
A milk delivery reads 44°F on a warm afternoon.
Fluid milk may be received at 45°F or below and then cooled to 41°F, so it is accepted and goes straight into the cooler. Swap the milk for a case of sliced ham at the same reading and the answer flips, because the ham’s limit is 41°F.
Six cans of tomato sauce arrive with dents along the side seam.
The temperature is irrelevant here. MDH tells receivers to reject cans severely dented on the side seam or rim, so those six go back on the truck and the rest of the case is checked can by can.
Ground beef sits on the shelf above a covered pan of cooked pasta.
The lid does not fix it. Ready-to-eat food goes above raw animal food, and ground beef belongs below the 145°F group and above poultry. Reshelve, then check whether anything has already dripped.
A spray bottle of quat sanitizer is stored on a shelf over wrapped plastic forks.
Single-use articles are on the list of things toxic materials may not sit above. The fix is moving the bottle, and confirming it is labeled does not solve the location problem.
How do you work a receiving or storage question quickly?
Find the one measured fact, compare it to the rule, and pick the action that removes the hazard now.
- Identify what was measured or observed: a reading, a can seam, a shelf position, a room.
- Match it to the right limit. Check whether the product is one of the 45°F exceptions before applying 41°F.
- Choose the action that controls the hazard immediately: reject, discard, move or reshelve.
- Prefer the answer that leaves a record, such as a rejection noted on the invoice or a temperature on the log.
The tempting wrong answers usually offer step 4 in place of step 3. “Note it and monitor” sounds responsible and leaves the food exactly where it was.
What do competing study pages get wrong about receiving and storage?
Several pages that rank for this topic state rules without sources, and a few state them incorrectly. The corrections below come from the rule texts cited above.
| Commonly published | What the rule says |
|---|---|
| The 6-inch rule applies to supplies | 3-305.11 applies to food, with exceptions for case-lot dollies, waterproof cased food, pressurized beverages and milk in plastic crates |
| Store chemicals below food when they share an area | 7-201.11 requires spacing or partitioning and bars storage above food; being lower does not satisfy the first item |
| Every cold delivery must read 41°F | Milk and shellfish may arrive at 45°F, and shell eggs are judged by 45°F ambient air in the truck |
| After-hours drops are checked “the next morning” with no conditions | Georgia requires a written agreement, set delivery times, logged temperatures and inspection by staff on arrival |
| Prohibited storage areas listed with no mention of condensation | 3-305.12 includes lines on which water has condensed, not only leaking ones |
When you are ready to see these rules mixed in with the other six content areas, the free ServSafe Manager practice sets rotate through all seven. For a sitting that matches the real exam’s 90 questions and two-hour clock, the full-length Manager mock exam scores you out of 80 against the 56-question pass line. Every question is original, written to the published course objectives. No live exam content is reproduced here.
Frequently asked questions about ServSafe Manager receiving and storage questions
How many ServSafe Manager exam questions cover receiving and storage?
Thirteen of the 80 scored questions fall in Safe Receipt, Storage, Transportation and Disposal of Food, which is 16.25% of the scored exam and the second-largest content area after Safe Preparation and Cooking of Food at 15. ServSafe does not publish how those 13 divide between receiving, storage, transport and disposal, so any per-topic count you see elsewhere is an estimate.
Why are shell eggs checked by the air temperature in the truck?
Because the receiving rule is written that way. Minn. R. 4626.0165, which follows Food Code 3-202.11, says raw shell eggs must arrive in refrigerated equipment that holds an ambient air temperature of 45°F or less. The question on delivery is whether the truck kept the eggs cold, so a reading from the refrigerated compartment answers it better than probing the eggs.
What does “evidence of previous temperature abuse” mean at receiving?
It means a sign that food got too warm at some point before it reached you, even if it reads cold now. Minnesota’s receiving rule makes the absence of that evidence a condition of acceptance. Large ice crystals, frozen liquid in the bottom of a case, soft spots in frozen product and stained cartons are the signs exam questions use.
Does frozen food have to read a particular temperature when it arrives?
The receiving rule sets no degree figure for frozen food. Food Code 3-202.11 as adopted in Minnesota says food labeled and shipped frozen must be received frozen, and MDH’s fact sheet says frozen TCS food arrives frozen solid. Some study pages print 0°F as a receiving line. The rule itself asks only that the food be frozen and show no signs of thawing.
What has to be in a key drop agreement in Georgia?
Georgia’s guidance, dated December 2015, requires a written contract with the distributor stating the delivery days and hours, temperature limits of 41°F (45°F for eggs, shellfish and milk), at least two recorded temperatures, food placed in the correct storage, staff inspection on arrival, and written corrective-action procedures. A Northeast Health District sample adds keeping the records on site for six months.
Can cases of canned drinks sit directly on the storeroom floor?
Yes, if the floor is clean and not exposed to moisture. Food Code 3-305.11 exempts pressurized beverage containers, cased food in waterproof containers such as bottles and cans, and milk containers in plastic crates from the 6-inch rule. A cardboard case of anything porous, like bread or dry pasta, still needs to be at least 6 inches up.
Can a case-lot dolly hold food below 6 inches?
Yes. The Minnesota text of Food Code 3-305.11 lets food in packages and working containers sit lower than 6 inches on case-lot handling equipment, the low wheeled platforms built for moving cases. The exception covers the equipment, so loose or unpackaged food on the same dolly would not qualify.
Can dry goods be stored under the stairs?
Not under open stairwells. Food Code 3-305.12 bars food storage under open stairwells because dirt and debris fall through the treads onto whatever is below. An enclosed space under a closed staircase is a different situation, and it still has to meet the general clean, dry and protected conditions for food storage.
Is a mechanical room acceptable for overflow storage?
No. Mechanical rooms appear on the Food Code 3-305.12 list next to locker rooms, toilet rooms, dressing rooms and garbage rooms. The rule has no exception for sealed or canned product, so even shelf-stable cases do not belong beside a water heater or compressor.
Does a pipe that is only sweating count as a contamination source?
Yes. Food Code 3-305.12 names water lines on which water has condensed alongside leaking lines and leaking sprinkler heads. A cold-water pipe running over a storage rack can drip without any leak in the pipe itself, so the shelf beneath it is off-limits for food.
Can sanitizer be stored on the shelf above the dish sink?
Yes, under the warewashing exception. Food Code 7-201.11, as adopted in Minnesota, allows equipment and utensil cleaners and sanitizers to be kept in the warewashing area for convenience, provided they are stored so they cannot contaminate food, equipment, utensils, linens or single-use items. The same bottle above food anywhere else breaks the rule.
Are chemicals fine on a shelf below food if they share a rack?
Not automatically. Food Code 7-201.11 sets two conditions: chemicals are separated from food by spacing or partitioning, and they are never stored above food or food-contact items. Placing them lower satisfies only the second. Without space or a partition between them and the food, the storage still fails.
Where do raw shell eggs go in the cooler?
With the 145°F group. Pima County’s storage chart puts raw steaks, roasts, pork, fish and shell eggs on the same tier, below ready-to-eat food and unwashed produce and above raw ground meats (155°F) and raw poultry (165°F). Eggs broken for immediate service cook to 145°F, which is why they share that shelf.
Who is responsible for food that arrives after hours?
The person in charge. The Food Code’s list of person-in-charge duties, as adopted in Massachusetts, names after-hours deliveries next to receiving checks, so the verification duty stays with that person. Georgia’s guidance treats a contracted delivery worker as an employee for enforcement while the drop is being made.
What is the difference between rejecting food at receiving and discarding it from storage?
Rejection happens before you accept the product, so it goes back with the driver and the supplier carries the loss. Discarding happens after acceptance, once a cooler fails, a date passes or a shelf problem is found, and the operation absorbs the cost. That is why a manager’s first chance to stop a hazard is worth so much.
Why does a current use-by date not override a bad temperature reading?
The date assumes the product was kept in range the whole way to your door. A reading above the limit on arrival is direct evidence that it was not. Receiving rules make temperature and the absence of temperature abuse conditions of acceptance, so a date printed at the plant cannot clear food that probes warm at the dock.
Reviewed 12 November 2026 against ServSafe’s Manager exam blueprint and pass mark, Minnesota Rules 4626.0165, 4626.0235, 4626.0300, 4626.0305 and 4626.1600 (FDA Food Code 3-202.11, 3-302.11, 3-305.11, 3-305.12 and 7-201.11), the Minnesota Department of Health receiving fact sheet, the Oregon Health Authority shellfish fact sheet, Pima County’s storage chart, and Georgia’s key drop guidance and Northeast Health District sample agreement.
