It slows the vegetable's decomposition. On leafy plants like lettuce, turnips, celery, spinach and collards it rehydrates the leaf and makes it crisp. This is done before serving or before refrigeration.
soaked through all your clothing including undergarments... usually cold water
Osmosis is responsible for vegetables crisping up when soaked in water. The water diffuses into the cells and makes them turgid.
Depending on the vegetables, you can steam them or Blanche them. (Where you put vegetables in boiling water, then put them in ice cold water)
Soaking tissue pieces in cold water helps to preserve their integrity and prevent them from drying out. Cold water slows down bacterial growth, which is particularly important when handling food to maintain its freshness and prevent spoilage.
Vegetables can lose nutrients when soaked in water because many vitamins and minerals are water-soluble, meaning they dissolve in water. Extended soaking can leach these nutrients out of the vegetables, particularly B vitamins and vitamin C. Additionally, the longer vegetables are submerged, the greater the nutrient loss, especially if the water is warm or hot. To minimize nutrient loss, it's often better to wash vegetables quickly and avoid prolonged soaking.
You should pat them dry or your grease is going to splatter
Osmosis causes vegetables in fresh water to crisp up. This is because the liquid in their cells contains dissolved substances. Water therefore diffuses in through the semipermeable cell membrane, causing the cells to become turgid.
You have to wrap the horses legs in thick bandages soaked in cold water after work and this helps cool the swelling and reduce the inflamation
shocking.
The first soup would have been the water in which vegetables, grains, or meat was soaked or, later, cooked.
Pearl barley is typically soaked in cold water. Soaking it for several hours or overnight helps to reduce cooking time and improve its texture. After soaking, it should be rinsed before cooking.
Gelatin must be soaked in cold liquid to allow its granules to properly hydrate and swell before being dissolved. When placed in cold water, the gelatin absorbs moisture, expanding its structure and ensuring an even distribution of the gelatin when heated. If added directly to hot liquids, gelatin can clump together, resulting in an uneven texture. Soaking in cold liquid promotes optimal dissolution and a smooth final product.