chemical process that joins two molecule together by removing water
Water molecules have strong cohesive forces due to hydrogen bonding, which makes it difficult to separate the water drops. When the drops join together, these cohesive forces pull the molecules back together easily due to surface tension, helping the drops recombine effortlessly.
When two molecules join together, it is called a chemical reaction that forms a new compound. This process is known as chemical bonding or synthesis.
Well, they can form molecules. Molecules join together to form elements. Elements join together to form compounds.
The loss of H and OH ends from two molecules during dehydration synthesis serves to form a covalent bond between the molecules. This process allows for the formation of larger molecules, such as carbohydrates, proteins, and nucleic acids, by combining smaller monomer units.
Water molecules are closest together in the liquid phase.
When two glucose molecules join together, a water molecule is lost through a dehydration reaction. This process forms a disaccharide molecule called maltose.
Water molecules have strong cohesive forces due to hydrogen bonding, which makes it difficult to separate the water drops. When the drops join together, these cohesive forces pull the molecules back together easily due to surface tension, helping the drops recombine effortlessly.
molecules / compounds
A hydrolysis reaction. Water is added. Dehydration synthesis is when two water molecules join together. Hydrolysis is the separation of two water molecules.
atoms
When two molecules join together, it is called a chemical reaction that forms a new compound. This process is known as chemical bonding or synthesis.
Glucose is formed in photosynthesis when two molecules are joined together. These two molecules are ATP and CO2 (carbon dioxide).
Amino acids join together to form proteins.
Water molecules bunch together in the state of a solid.
Well, they can form molecules. Molecules join together to form elements. Elements join together to form compounds.
The loss of H and OH ends from two molecules during dehydration synthesis serves to form a covalent bond between the molecules. This process allows for the formation of larger molecules, such as carbohydrates, proteins, and nucleic acids, by combining smaller monomer units.
Water molecules are closest together in the liquid phase.