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Beer Service and Cellar Management Flashcards

6 cards from real CFPS practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

Read the first 6 Beer Service and Cellar Management flashcards as text

  1. What is the ideal serving temperature range for a British Real Ale (cask conditioned)?

    Answer: 50–55°F (10–13°C)

    British cask ales are best served at cellar temperature, around 50–55°F, which allows their full malt and hop complexity to be expressed without cold suppression of aromas.

  2. What does 'cask conditioning' mean in the context of real ale?

    Answer: The beer undergoes its final fermentation and natural carbonation inside the cask at the pub

    Real ale is a live product that continues to ferment and naturally carbonate in the cask at the cellar, requiring the cellar staff to vent, tap, and manage the cask properly.

  3. Which type of glassware is most appropriate for serving a Belgian Witbier?

    Answer: Tumbler or footed Witbier glass

    Witbier is traditionally served in a wide-mouthed tumbler or footed glass that showcases its hazy appearance and allows its wheat, spice, and citrus aromas to collect.

  4. A proper Pilsner pour aims for what ratio of foam to beer?

    Answer: Approximately 1/4 to 1/3 head (25–33%)

    A well-poured Pilsner should have a dense, white, creamy head of about 25–33% of the glass, which protects against oxidation and delivers aroma with every sip.

  5. What is the primary cause of 'skunked' beer?

    Answer: Exposure of isohumulones in hops to UV or fluorescent light, producing 3-methylbut-2-ene-1-thiol (MBT)

    Light-struck beer (skunking) occurs when UV/visible light breaks down isohumulones into MBT, a sulfur compound with an intensely skunk-like aroma detectable at very low concentrations.

  6. What does 'cold crashing' accomplish in beer production and storage?

    Answer: Rapidly chilling beer to near-freezing clarifies it by causing yeast and proteins to flocculate and settle

    Cold crashing drops beer temperature to near freezing, causing suspended yeast and proteins to clump and settle to the bottom, resulting in a clearer finished product.