No because the ingredients do not change their shape.
Making any type of biscuits is a complex set of chemical changes.
The shortening can be replaced with butter of margarine. One can replace buttermilk with regular milk or you may add a teaspoon of vinegar to the milk which will make it curdle.
They are large buttermilk biscuits that are roughly the size of a cat head. Fortunately, cat heads are not an ingredient in the recipe. The term originates from the US Carolinas region.
There are many good buttermilk recipes. Among them are southern biscuits, new potato salad, instant pancake mix, hushpuppies, simple homemade pancakes, and fried chicken.
You can use buttermilk in a wide variety of recipes such as biscuits, waffles, bread, scones, and even candy. You can find many more recipes that uses buttermilk, and other ingredients, at Cooks.com. Performing a search on "buttermilk" on the website would bring up hundreds of recipes, which includes the items I listed before.
No, milk is thicker than water it will dry out the biscuits. Yes, but you would have to add in some other form of fat like butter, margarine, or shortening.
I have used kefir as a straight substitute for commercial buttermilk in making cakes and biscuits - without any problems. I do not know the chemical differences/siimilarities, though.
It is not chemical change ,it is a physical change
Depends on the size of the biscuit. Biscuits from Popeye's Fried Chicken are 260 calories.
Cooking involve many chemical transformations.
There are a number of different chemical changes associated with cooking a pancake. First, the proteins from the egg and buttermilk become denatured. Second, the baking soda breaks down into carbon dioxide and water, resulting in the little bubbles in the batter. Third, the carbohydrates in the flour, sugar, buttermilk and egg all undergo some degree of denaturing.
Probably. Unless it has separated from homogenized to clear liquids and solids. I use separated buttermilk anyway . It makes WAY tangy biscuits. Just watch out for mold .