Milk has a pH of 6.7, so it is very slightly acidic. (So not much.)
Adding too much acid to milk can cause the proteins in the milk to denature, which can lead to curdling. The acidity can also affect the taste and texture of the milk, making it sour and unpleasant to consume. In addition, excessive acid can also reduce the nutritional value of the milk.
Milk contains lactic acid.
Stomach acid (gastric acid) is around pH 1.5-3.5, while milk is around pH 6.5-6.7. This means that stomach acid is roughly 100,000 times more acidic than milk.
All acids that can be eaten are weak. If they are strong they will dissolve your teeth if you drink too much!
It doesn't contain an acid, it is an acid. Lactic acid to be precise.
Adding too much acid to milk can cause the proteins in the milk to denature, which can lead to curdling. The acidity can also affect the taste and texture of the milk, making it sour and unpleasant to consume. In addition, excessive acid can also reduce the nutritional value of the milk.
no milk has no acid
Milk contains lactic acid.
Milk is an acid.
Stomach acid (gastric acid) is around pH 1.5-3.5, while milk is around pH 6.5-6.7. This means that stomach acid is roughly 100,000 times more acidic than milk.
Instead of adding milk to acid, you need to add acid to milk.
It is an acid with a pH of 6.6
milk is an acid (barely... It is very close to neutral)
In normal, unspoiled milk, there are no acids found. As milk starts to spoil, lactic acid becomes the predominate acid.
Tartic acid is present in sour milk. Generally the source of tartic acid is lemon, therefore sour milk gives taste of lime. Therefore it is clear that tartic acid is there. Sometimes when we want to make Paneer from milk, we put 1 or 2 miligram tartic acid to make milk separate from water.
All acids that can be eaten are weak. If they are strong they will dissolve your teeth if you drink too much!
It doesn't contain an acid, it is an acid. Lactic acid to be precise.