🧠 Craft Beer Quiz

The German Reinheitsgebot of 1516 originally allowed only water, barley, and hops — yeast was added later once its role in fermentation was understood by Louis Pasteur in the 19th century.

Pale ales get their golden to amber colour from the pale malt used in brewing, which also contributes to their characteristic hoppy aromas.

Bottom-fermenting lager yeast (Saccharomyces pastorianus) works best at cooler temperatures of 7–13°C — this slower fermentation produces cleaner, crisper flavours than top-fermenting ale yeast.

Saccharification is the critical mash step in which enzymes naturally present in malted grain break down starches into fermentable sugars, giving brewers precise control over the sugar profile of their wort.

Kölsch-style beers are fermented at temperatures warmer than typical lagers but cooler than most English and Belgian ales, giving them a hybrid character that bridges the two great families of beer.

The bitter acids in hop cones not only balance malt sweetness but also act as a natural antibacterial agent, which helped prevent beer from spoiling long before pasteurisation was developed.

During germination, enzymes develop within the grain that will later convert starches to sugars during mashing — the brewer halts the process by kilning before the grain uses up its own energy.

Wort is essentially unfermented beer — once yeast is pitched into cooled wort, it begins consuming the sugars and producing alcohol and carbon dioxide.

Trub removal improves beer clarity and flavour — leaving excessive trub in the fermenter can contribute off-flavours and haze in the finished beer.

Mashout is optional in many brewing setups — some brewers skip it and rely on sparging temperature alone to achieve the same effect of stopping enzymatic activity.