Sugar Formula

Sugar Formula

The simplest class of carbohydrates is sugar, which is any of a large number of sweet, colourless, water-soluble molecules found in the sap of seed plants and the milk of mammals. Sucrose, a crystalline tabletop and commercial sweetener used in meals and beverages, is the most widely used type of Sugar Formula.

All carbohydrates with the general formula Cn(H2O)n are typically referred to as “sugar” in chemical terminology. One molecule of glucose is joined to one molecule of fructose to form the double Sugar Formula disaccharide known as sucrose. Sucrose has the formula C12H22O11 (following the generic formula Cn[H2O]n 1) because one water molecule (H2O) is lost in the condensation reaction that joins glucose to fructose.

What is Sugar?

Although sucrose is present in practically all plants, it is only present in sugarcane (Saccharum officinarum) and sugar beets at levels high enough to promote economic recovery (Beta vulgaris). The former grows as a massive grass in tropical and subtropical regions, whilst the latter does so as a root crop in temperate regions. While sugar beets range from 8 to 22 per cent sugar by weight, sugarcane has a sugar content of 7 to 18 per cent. Sucrose is the same chemical and has 3.94 calories per gramme as do all carbohydrates. It can also come from two relatively minor sources, the sugar maple tree and the date palm. Differentiation in sugar products results from the isolation of additional ingredients with Sugar Formula.

Structure of Sugar

The term “sucrose formula” refers to a Sugar Formula for table sugar. Disaccharides include sucrose. Fructose and glucose are the two monosaccharide molecules that constitute it. The molecular formula for sucrose is C12H22O11. Each Sugar Formula molecule contains 22 hydrogen atoms, 11 oxygen atoms, and 12 carbon atoms. It comes from various plants, including sugarcane, Beta vulgaris, and others. It is frequently used in food as a sweetener.


Simple carbohydrates with a sweet flavour and water solubility are referred to as “sugar.” Sugar appears white and has no smell. It is the most accessible source of energy. In organic chemistry, the most frequently used phrase to describe biomolecules is “sugar molecule.” Sugar Formula is also known by its chemical name, sucrose formula.

The main ingredient used to make sweets today is sucrose. In addition to being used as a food preservation agent in the food industry, it is utilised to prepare sweets at home. It might also be present in certain pills, syrups, and other dosage forms. Although sugar alone is not hazardous, excessive consumption has been related to a number of health issues, such as tooth decay, high glycemic index, diabetes, and obesity.

Physical Properties of Sugar

  • The Sugar Formula appears to be a white, crystalline substance.
  • It has a density of 1.587 g/cm3 and a molecular weight of 342.30 g/mol.
  • Its melting point disintegrates around 459 K.
  • With a solubility of 203.9g/100mL at 20° C and a standard combustion enthalpy of 5647 kJ.mol-1, it can be dissolved in water.

Chemical Properties of Sugar

In the presence of sulfuric acid, the Sugar Formula can be dehydrated to create a black solid that is high in carbon and low in SO3.

C12H22O11+ H2SO4→ 11H2O + 12C (black carbon-rich solid) + heat 

This is the chemical reaction.

Chloric acid (HClO3) and a sugar molecule (C12H22O11) combine to form hydrochloric acid, carbon dioxide, and water.

C12H22O11 + 8HClO3 → 8HCl + 11H2O + 12CO2

Rocket candy is a sort of fuel that is created when sucrose reacts with potent oxidisers like potassium nitrate (KNO3).

Here is the chemical reaction:

C12H22O11 + 6KNO3 → 3K2CO3 + 3N2 + 9CO + 11H2O

Uses of Sugar/Sucrose

The following are some uses for sugar:

  • Sucrose serves as an antioxidant and is used to preserve food.
  • Soft drinks commonly include sugar.
  • It acts both as a thickener and as a stabiliser for food.
  • Sucrose gives baked goods a rich, dark colour and is also used to make jams, jellies, and confections.
  • It serves as a chemical intermediary in detergent production.

Sugar formula for various other sugars:

Here are some of the various formulas accompanying the Sugar Formula that a student must remember from an exam point of view. Regular practice and revision are important to achieve proficiency in Chemistry. 

Arabinose C5H10O5

Fructose C6H12O6

Galactose C6H12O6

Glucose C6H12O6

Inositol C6H12O6

Lactose C12H22O11

Mannose C6H12O6

Ribose C5H10O5

Trehalose C12H22O11

Xylose C5H10O5

Chemistry Related Formulas
Cholesterol Formula Manganeseii Sulfate Formula
Copper Sulfate Formula Mercury Ii Sulfate Formula
Helium Gas Formula Net Ionic Formula
Partition Coefficient Formula Percarbonic Acid Formula
Potassium Acetate Formula Selenous Acid Formula
Potassium Nitrite Formula
FAQs (Frequently Asked Questions)

1. Describe the Sugar Formula.

Both sucrose and cane Sugar Formula share the same sugar molecule. The atomic structure of sucrose is C12H22O11. The chemical formula for sugar has three letters: C for carbon, H for hydrogen, and O for oxygen.

2. Describe Sucrose.

Sucrose, commonly referred to as cane Sugar Formula, table sugar, or industrial sugar, is a glucose and fructose disaccharide. Occasionally, it is referred to as inverted sugar. In sucrose, the glycosidic linkage direction is 1′-2.