Some say that milk will make pastries fluffier.
It softens the crumb in cakes and breads (in a way that water does not) ; it also emulsifies all the ingredients together.
Glass is OK, aluminum isn't.
The purpose of a pour plate is to exam the bacteria in milk. It is used to find isolated bacteria colonies under anaerobic and aerobic environments.
-Ammonia is NH3 -Vinegar is CH3COOH - and you think it would be C2H4O2 but it's NOT!!! -Baking Soda is NaHCO3 -Milk I'm pretty sure is a mixture, so you will have to find the chemical equation, not formula. -I don't think that magnesia is an actual thing, but MAGNESIUM is Mg. -Epsom salts are MgSO4 + 7H2O
Acts a bit like preservative would. it makes milk a bit alkaline so as to reduce the pace of bacteria acting on it ,as they add acids (e.g. lactic acid) to the milk and turn it sour. this keeps the milk from becoming sour for a long time.
is baking soda magnetic
NO, baking mix usually has baking powder or baking soda in it and sometimes milk solids plus flour of coarse.
Add a teaspoon of baking soda for each cup of sour milk.
Put baking soda where the milk spilled and in a day the baking soda will absorb the milk
Milk is beneficial in baking by lending moisture, tenderness and smoothness.
all purpose flour,baking powder,salt,shortening,and milk
This question needs more context. Is it referring to a particular country or in the world as a whole? For what purpose? Drinking, cooking, baking? What type of milk? Goat, cow, camel?
Add the milk to the material.
Baking and cleaning.
NO.
white milk
No- baking rarely needs milk to be frothed. In baking, egg whites may need to be fluffed, cream may need to be whipped, but milk almost never needs to be frothed. Milk frothers are more related to coffee drinks, cappuccinos etc., than to baking.
It's not the milk alone that makes a cake rise. If the recipe includes milk it probably also contains either baking powder and/or baking soda. This combination of a base (Baking soda or Baking Powder) and an acid (milk) causes a slight chemical reaction which causes the cake to rise.