Lactose Formula
Lactose Formula
The lactose formula is the subject of this article. A disaccharide, or sugar made up of the subunits of galactose and glucose, is referred to as lactic acid. Additionally, lactose constitutes about 2-8% of milk. The Latin term lac, which means milk, and the suffix -ose, which is used to designate sugars, are the roots of the word lactose. Unsurprisingly, lactose is a white, water-soluble substance. Additionally, it is used in the food sector. The Lactose Formula happens to be C12H22O11.
However, lactose digestion is challenging for the majority of people. Students can read this article to understand lactose intolerance, its signs, Lactose Formula and lactose structure. To find extensive details about the Lactose Formula, its properties, uses, composition, etc., students can visit the Extramarks website and mobile application.
Properties Of Lactose
Lactose has a molecular weight of 342.3 g/mol. Both the rotatable bond count and the hydrogen bond donor count of lactose are eight. Moreover, lactose has 11 hydrogen bond acceptors. Lactose has an exact mass of 342.116212 g/mol and a monoisotopic mass of the same value. This sugar has 23 heavy atoms. In comparison to sucrose, lactose has a relative sweetness of 0.2 to 0.4. Additionally, lactose has a caloric value of 4 kcal/g. The Lactose Formula happens to be C12H22O11.
Lactose Structural Formula
The structural Lactose Formula is available on the Extramarks website and mobile application. The notes and study materials provided by Extramarks experts are aptly accurate and very straightforward language has been used in the curation of these study materials. Additionally, extensive detail about the Lactose Formula has been provided in the Extramarks study materials for Lactose Formula making it easier for students to access these notes.
What is Lactose Formula?
Milk from mammals’ mothers, which is high in lactose, is fed to their young. Additionally, additional dairy products with very low lactose content include yoghurt and cheese. Two smaller sugar molecules, galactose and glucose, make up the lactose molecule. Lactose must break down into glucose and galactose in the gut before it can be absorbed into the body. After that, glucose and galactose are absorbed by the small intestine’s cell lining. The Lactose Formula happens to be C12H22O11.
Derivation of Lactose Formula
Lactose has the chemical composition C12H22O11 meaning, the Lactose Formula happens to be C12H22O11. The condensation of galactose and glucose results in the formation of the disaccharide known as lactose.
Properties of Lactose
Lactose has a molecular weight of 342.3 g/mol. Both the rotatable bond count and the hydrogen bond donor count of lactose are eight. Moreover, lactose has 11 hydrogen bond acceptors. Lactose has an exact mass of 342.116212 g/mol and a monoisotopic mass of the same value. This sugar has 23 heavy atoms. In comparison to sucrose, lactose has a relative sweetness of 0.2 to 0.4. Additionally, lactose has a caloric value of 4 kcal/g. The Lactose Formula happens to be C12H22O11.
Application of Lactose
Lactose is utilised in medicinal goods as an aroma carrier and stabiliser. This is because of the flavour’s mildness and ease of handling. Many items are not explicitly added with lactose by experts. Due to lactose’s lower solubility as compared to other frequently used dietary sugars, this is the case. Infant formula is a prominent exception, where the inclusion of lactose is necessary to mimic the composition of human milk. The Lactose Formula happens to be C12H22O11.
Solved Question For You
Below is an example question based on the Lactose Formula. The Lactose Formula happens to be C12H22O11. With the help of this question on the Lactose Formula students will get an idea of what kind of questions may come in the examinations:
- What is lactose and where does it come from?
Answer: A sugar made up of galactose and glucose subunits is referred to as lactose. Additionally, the Lactose Formula is written as C12H22O11.
