Food & Drink / Food & Cuisines
Explore twenty carefully sourced explanations of what heat, pressure, enzymes, proteins, water, acids, and microbes do in familiar kitchens around the world.
Type every answer you can name, in any order.
About this topic
More in Food & Cuisines
Type every answer you can name, in any order.
| Question | Answer |
|---|---|
| What does dissolved salt do to the freezing point of water? | — |
| Why can food cook faster inside a pressure cooker? | — |
| What happens to many egg proteins when an egg is cooked? | — |
| Which pigment supplies most of fresh meat’s red color? | — |
| Which egg-yolk compound helps stabilize mayonnaise? | — |
| Which enzyme in fresh pineapple can stop gelatin from setting? | — |
| What is the swelling and thickening of heated starch in water called? | — |
| Which molecular process is strongly associated with bread becoming stale? | — |
| Which milk protein forms much of the curd when acid is added? | — |
| Which enzyme breaks lactose into glucose and galactose? | — |
| Which basic taste is most closely associated with glutamate in MSG? | — |
| What is the eye-irritating substance released by a cut onion called? | — |
| What durable coating develops when oil is properly seasoned onto cast iron? | — |
| How do microwave ovens primarily transfer energy to food? | — |
| Which papaya enzyme is used as a meat tenderizer? | — |
| Which principle lets an induction cooktop heat a suitable metal pan? | — |
| What type of emulsion is butter? | — |
| How does lemon juice help slow browning on cut fruit? | — |
| How does heavy salting help preserve foods? | — |
| Which two variables chiefly determine pasteurization during sous vide cooking? | — |
Modes in this set
Next medals
Next: Food Science in the Kitchen Master