It depends. If the ice crystals are forming, then yes, the water is freezing. If you just mean ice crystals, just there not doing anything, then no.
The constant motion helps to create smaller ice crystals which will make it have a creamier texture.
Salt does not alter the temperature of the snow, but gets into the structure of the ice crystals, causing the water (ice remember is frozen water and snow is ice) to have a lower freezing point and so, it is used to melt ice and snow in the winter months.
Nothing much. They get locked into the latticework formed by the ice crystals for the duration of the freeze.
Irreversible because the ordered arrangement of molecules in the ice crystals is lost and the entropy increases. Irreversible because the ordered arrangement of molecules in the ice crystals is lost and the entropy increases.
Ice crystals are formed when the temperature falls below the dew point. The condensation nuclei (microscopic water droplets) then freeze and become ice crystals.
water
When the dew point is below freezing, the liquid water may change directly into ice crystals.
flash freezing works when water is cooled below its freezing point to form supercooled water. when ice is added ice crystals instantly form around the ice to create a flash freeze
When the dew point is below freezing, the liquid water may change directly into ice crystals.
Freezing water of is an example of physical change.
Cream and egg yolks both help prevent large crystals of ice and render ice-cream makers unnecessary.
Freezing fog is probably what you're thinking of.
water freezing into ice liquid to solid
water freezing into ice liquid to solid
causes the formation of large ice crystals which affects ice cream texture and product quality.
The "foreign" molecules of the salt get in the way of the formation of ice crystals.
ice crystals start to form at 4 degrees Celsius