Water molecules are polar covalent molecules, meaning that the two hydrogens share their electrons with the oxygen, but the electrons "spend more time with" the oxygen. This is because oxygen is more electronegative than hydrogen, and attrcts electrons more strongly. Since the concentration of electrons is greater around the Oxygen, the Water molecule is slightly negatively charged at the oxygen end, and slightly positively charged at the hydrogen end. This polarity allows water molecules to dissolve compounds very easily, because they can strongly attract polar ends of other molecules. This helps your body with all of the chemistry it does to eat and function.
In addition to polarity, water is more dense than ice. This means that ice will float on water. If this was not true, than many animals would never have been able to live and grow in watery environments, and life on earth may never have become larger than microscopic organisms.
The basic structural units of chemistry are atoms, which combine to form molecules. In the context of life, the basic structural units are cells, which are the smallest functional and structural units in living organisms. Cells contain molecules that carry out various biological functions essential for life.
Carbon. Life on Earth is based on the complex chemistry of Carbon.
A good background in inorganic and organic chemistry is required for biomedical engineering. After accomplishing study in inorganic chemistry, one must obtain a solid understanding of how organic carbon and other molecules comprise the essential structures of life molecules. Organic chemistry enables one to study the activities of different micro-bodies.
The next level after chemistry is typically biochemistry, which is the study of chemical processes and substances that occur within living organisms. Biochemistry combines the principles of chemistry and biology to understand how molecules interact and contribute to life processes.
The atomic symbol for oxygen is O. The chemistry symbol for water is H2O. Water covers about 70 percent of our planet & is needed to support life. Without it, we would not exist.
Not quite. Carbon is the basis of organic chemistry, and is the base atom of all organic molecules, but that still leaves inorganic chemistry, in which carbon does not play such a central role.
Organic chemistry is the study of [covalently bonded] carbon containing molecules. It's actually distinct from biochemistry, but they have many overlaps, as most, if not all biological molecules contain carbon. In this sense, it could be called "the chemistry of life"
The basic structural units of chemistry are atoms, which combine to form molecules. In the context of life, the basic structural units are cells, which are the smallest functional and structural units in living organisms. Cells contain molecules that carry out various biological functions essential for life.
Carbon. Life on Earth is based on the complex chemistry of Carbon.
Organic chemistry focuses on carbon-based molecular chemistry. Inorganic is everything else. Since organic molecules form the basis for life on our planet, their chemistry is of particular interest and many principles developed in organic chemistry may still be applied to inorganic chemistry.
Chemistry plays a huge role in your daily life. Boiling water to make food for example is an example of chemistry.
A good background in inorganic and organic chemistry is required for biomedical engineering. After accomplishing study in inorganic chemistry, one must obtain a solid understanding of how organic carbon and other molecules comprise the essential structures of life molecules. Organic chemistry enables one to study the activities of different micro-bodies.
Prebiotic chemistry is the field of study involving the spontaneous chemical reactions which may have led to the formation of biomolecules and/or life on early Earth. In general, prebiotic chemistry includes all possible abiotic reaction pathways leading from inorganic substances to organic substances to biomolecules or bio-like molecules.
Simple ortho position of aromatic compound such as benzene,toluene etc.
The next level after chemistry is typically biochemistry, which is the study of chemical processes and substances that occur within living organisms. Biochemistry combines the principles of chemistry and biology to understand how molecules interact and contribute to life processes.
Yes, chemistry is related to life science because it plays a key role in understanding the composition, structure, and behavior of biological molecules, as well as the chemical processes that occur within living organisms. Chemistry provides the foundation for studying topics such as biochemistry, pharmacology, and molecular biology in the life sciences.
Water,carbon oxygen