100+ Free Advanced Cicerone Practice Questions

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What is the ideal storage temperature range for cask-conditioned ales?

32-36 °F (0-2 °C)

38-42 °F (3-6 °C)

52-55 °F (11-13 °C)

60-65 °F (16-18 °C)

to track

2026 Statistics

Key Facts: Advanced Cicerone Exam

<50%

Pass Rate

Estimated

80%

Passing Score

75% minimum on tasting

300-500 hrs

Study Time

1-2 years typical

$850

Exam Fee

$450 written + $400 tasting

Level 3

Certification Level

Cicerone Program

5 areas

Content Domains

Syllabus v5.0

The Advanced Cicerone exam requires an 80% overall score and 75% on tasting to pass. The written exam is taken online in two 3-hour sessions; tasting and oral exams are in-person. Prerequisites: Certified Cicerone certification and legal drinking age. Exam costs $850 total ($450 written + $400 tasting/oral). Five content areas: Keeping & Serving Beer (20%), Beer Styles (22.5%), Beer Flavor & Evaluation (22.5%), Brewing Ingredients & Processes (20%), and Pairing Beer with Food (15%).

Sample Advanced Cicerone Practice Questions

Try these sample questions to test your Advanced Cicerone exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What is the ideal storage temperature range for cask-conditioned ales?

A.32-36 °F (0-2 °C)

B.38-42 °F (3-6 °C)

C.52-55 °F (11-13 °C)

D.60-65 °F (16-18 °C)

Explanation: Cask-conditioned ales should be stored at cellar temperature, which is 52-55 °F (11-13 °C). This temperature allows the beer to undergo a gentle secondary fermentation and develop proper condition while preserving delicate flavors. Colder temperatures would inhibit yeast activity, while warmer temperatures would accelerate spoilage.

2What gas mixture is typically used to dispense nitrogenated stouts such as Guinness?

A.100% CO2

B.75% CO2 / 25% nitrogen

C.25% CO2 / 75% nitrogen

D.100% nitrogen

Explanation: Nitrogenated stouts like Guinness are typically dispensed using a gas blend of approximately 25% CO2 and 75% nitrogen (often called "beer gas" or "G-mix"). The nitrogen provides the push pressure needed for dispensing without over-carbonating the beer, while the small percentage of CO2 maintains the appropriate level of carbonation.

3In a long-draw draft system, what is the primary purpose of a glycol cooling system?

A.To carbonate the beer as it travels through the lines

B.To maintain beer temperature as it travels from the walk-in cooler to the tap

C.To sanitize the draft lines between cleaning cycles

D.To regulate the flow rate of beer through the faucet

Explanation: In long-draw draft systems where beer must travel significant distances (often 25 feet or more) from the cooler to the faucet, a glycol cooling system circulates chilled food-grade propylene glycol through a trunk line alongside the beer lines. This maintains the beer at proper serving temperature (38 °F / 3.3 °C) throughout the entire run, preventing foaming caused by temperature increases.

4What causes "skunky" or lightstruck flavor in beer?

A.Oxidation of fatty acids during storage

B.A photochemical reaction between light and isomerized hop compounds

C.Bacterial contamination from Lactobacillus

D.Autolysis of yeast cells in bottle-conditioned beer

Explanation: Skunky (lightstruck) flavor is caused by a photochemical reaction in which UV and visible light (wavelengths around 350-500 nm) interact with isomerized alpha acids (iso-alpha acids) from hops, producing 3-methyl-2-butene-1-thiol (MBT). This compound is chemically similar to the spray of a skunk. Brown glass offers the best protection among colored glass options, while clear and green glass provide little to no protection.

5What is the proper three-sink method for cleaning beer glassware?

A.Hot soapy water, hot rinse, air dry upright

B.Sudsless detergent wash, cold water rinse, sanitizer rinse, inverted air dry

C.Bleach soak, hot water rinse, towel dry

D.Dishwasher wash, sanitizer spray, inverted air dry

Explanation: The proper three-sink method for beer glassware involves: (1) wash in warm water with a non-petroleum-based (sudsless) detergent using a brush, (2) rinse in cold, clean water in the second sink, and (3) sanitize in the third sink with an approved sanitizer solution. Glasses are then dried inverted on a rack so air circulates inside. Petroleum-based detergents leave residues that destroy beer foam.

6In draft system design, what is the concept of "system balance"?

A.Ensuring equal volumes of each beer style are available on tap

B.Matching applied gas pressure to the total resistance in the system so beer flows at the correct rate

C.Using the same diameter tubing for all beer lines in a multi-tap system

D.Balancing the ratio of CO2 to nitrogen in mixed-gas systems

Explanation: System balance means that the applied gas pressure (which pushes beer through the system) equals the total resistance in the system (from beer line length, diameter, elevation changes, and fittings). A balanced system delivers beer at approximately 2 oz per second with the proper level of carbonation. An unbalanced system causes either excessive foaming (too much pressure) or flat, slow pours (too little pressure).

7How often should draft beer lines be cleaned with an alkaline cleaning solution?

A.Once a month

B.Every two weeks

C.Every one to two weeks

D.Daily

Explanation: According to the Brewers Association Draught Beer Quality Manual, draft beer lines should be cleaned with an alkaline (caustic) solution at least every two weeks, though many experts recommend weekly cleaning. Lines should also be cleaned with an acid solution quarterly to remove mineral deposits (beer stone). Regular cleaning prevents biofilm buildup that can harbor bacteria and wild yeast, which cause off-flavors.

8What is the correct applied CO2 pressure for a standard direct-draw draft system serving an American lager at 38 °F with 5 feet of 3/16-inch vinyl tubing?

A.5-7 PSI

B.10-12 PSI

C.14-16 PSI

D.20-22 PSI

Explanation: For a standard direct-draw system at 38 °F, an American lager requires approximately 10-12 PSI of applied CO2 to maintain its typical carbonation level of about 2.5-2.6 volumes of CO2. With 5 feet of 3/16-inch vinyl beer line (which provides approximately 2 PSI of resistance per foot, totaling 10 PSI of resistance), the system achieves balance at roughly 10-12 PSI applied pressure.

9What is the purpose of a FOB (foam-on-beer) detector in a draft system?

A.To monitor CO2 levels in the beer for quality control

B.To detect when a keg is empty and stop beer flow, preventing foam-filled lines

C.To measure the temperature of beer as it exits the faucet

D.To automatically adjust gas pressure based on pour volume

Explanation: A FOB (foam-on-beer) detector is installed in the beer line between the keg coupler and the faucet. When a keg empties and foam enters the line, the FOB's float drops and seals the beer line, preventing foam from filling the entire run. This saves beer (especially important in long-draw systems where significant product would be lost), reduces waste, and allows the next keg to begin pouring immediately without excessive foaming.

10What type of glass is traditionally used to serve a Belgian Tripel?

A.Shaker pint

B.Tulip or goblet/chalice

C.Weizen vase

D.Dimpled mug

Explanation: Belgian Tripels are traditionally served in a tulip glass or goblet/chalice. These glasses have a wide bowl that allows the complex aromas (fruity esters, spicy phenols, honey, and alcohol) to develop, while the tapered or inwardly curved rim concentrates and directs those aromas toward the nose. The stemmed design also prevents hand warmth from heating the beer.

About the Advanced Cicerone Exam

The Advanced Cicerone is the Level 3 certification from the Cicerone Certification Program. It tests expert-level knowledge of beer styles, brewing science, draft systems, sensory evaluation, and food pairing through written, oral, and tasting exams.

Questions

null scored questions

Time Limit

Full day (two 3-hour written sessions + tasting/oral)

Passing Score

80% overall, 75% tasting

Exam Fee

$850 (Cicerone Certification Program)

Advanced Cicerone Exam Content Outline

20%

Keeping and Serving Beer

Draft system design, gas blending, glassware, cask service, beer storage

22.5%

Beer Styles

Comprehensive world beer styles, style parameters, commercial examples

22.5%

Beer Flavor and Evaluation

Off-flavor identification, sensory analysis, flavor compounds

20%

Beer Ingredients and Brewing Processes

Malt, hops, yeast, water chemistry, mashing, fermentation

15%

Pairing Beer with Food

Intensity matching, flavor interactions, menu design, classic pairings

How to Pass the Advanced Cicerone Exam

What You Need to Know

Passing score: 80% overall, 75% tasting
Exam length: null questions
Time limit: Full day (two 3-hour written sessions + tasting/oral)
Exam fee: $850

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

Advanced Cicerone Study Tips from Top Performers

1Start with the official Advanced Cicerone Syllabus (v5.0) and master every topic listed

2Use AROXA flavor training kits to identify all required off-flavors by taste and aroma

3Study BJCP and Brewers Association style guidelines for all listed beer styles with multiple commercial examples

4Practice blind tasting weekly — describe flavors using specific, concrete terminology

5Master draft system design: understand applied pressure, resistance, gas blending, glycol systems, and line cleaning

6Study brewing biochemistry: mashing enzymes, fermentation byproducts, hop chemistry, and water mineral profiles

7Practice food pairing by matching beer intensity to food intensity and identifying complementary/contrasting flavors

8Brew beer yourself to reinforce understanding of ingredient roles and process variables

Frequently Asked Questions

What is the Advanced Cicerone exam pass rate?

The Advanced Cicerone exam has an estimated pass rate below 50%. It is the Level 3 certification in the Cicerone program and is considered very challenging. You need 80% overall and at least 75% on the tasting portion to pass.

What are the prerequisites for the Advanced Cicerone exam?

You must hold an active Certified Cicerone (Level 2) certification and be at least 21 years old or of legal drinking age in your exam location. There is no formal education requirement.

How much does the Advanced Cicerone exam cost?

The total first-time exam cost is $850 USD — $450 for the written exam and $400 for the tasting and oral exam. Retakes cost $400 for written and $350 for tasting/oral. All fees are nonrefundable.

What is the format of the Advanced Cicerone exam?

The exam has three components: a written exam (taken online in two 3-hour sessions with multiple choice, fill-in-the-blank, and essays), four in-person tasting panels (off-flavor identification, style discrimination, descriptive analysis), and two oral examinations covering beer styles and food pairing.

How long should I study for the Advanced Cicerone?

Most candidates prepare for 1-2 years after earning their Certified Cicerone, accumulating 300-500+ hours of study. Preparation includes extensive beer tasting, brewing experience, style study, and food pairing practice.

What topics are covered on the Advanced Cicerone exam?

The exam covers five areas: Keeping & Serving Beer (20%), Beer Styles (22.5%), Beer Flavor & Evaluation (22.5%), Beer Ingredients & Brewing Processes (20%), and Pairing Beer with Food (15%). The syllabus requires expert knowledge in all areas.

Is the Advanced Cicerone certification worth it?

The Advanced Cicerone is a prestigious credential held by a small number of beer professionals. It demonstrates expert-level knowledge valued by breweries, restaurants, distributors, and beer education programs. It is also the prerequisite for the Master Cicerone exam.