Contribution of chemistry to other sciences?

Answer 1

Chemistry has made many contributions to all forms of science. It has provided an understanding of the laws of physics that govern atoms, protons, thermodynamics, electrons, and other such particles. It has also helped to build a fundamental understanding of Biology as it is related to methodology and the understanding of molecules such as those that compose all cells.

Answer 2

Chemistry is also known as "Back Bone of Science". Every branch of science directly or indirectly depends on Chemistry.

Chemistry is applied in biology for the theory of the most accepted chemical origin of life, phenomenon of photosynthesis, respiration, study and arrangement of amino-acids, proteins etc. botany and zoology are basic life sciences and are also dependent on chemistry in order to study metabolic activities.

In agricultural science, chemistry was used in the development of all modern synthetic fertilizers.

Atmospheric science also uses chemistry - acid rain etc.

Pharmacology depends on chemistry to make medicines and so it is a part of Health Sciences.

Chemistry contributes in so many ways, to the science and understanding of electricity, and electrical phenomena. Modern insulators and the insulation on wires as well as semiconductors are the result of a study of chemistry.

The polymer and material science fields all sprang from a study of chemistry.

Answer 3

Chemistry is known as "Back Bone of Science". Every branch of science directly or indirectly depends on Chemistry. If we take for example: Pharmocology depends on chemistry to make medicines, its a part of Health Sciences. And Botany, zoology are basic life sciences are also depends on chemistry in order to know metobolic activities.

Answer 4

Chemistry is a huge part of medicine, both as a diagnostic and treatment tool. Chemistry departments in hospital medical labs analyze blood, urine, etc. for proteins, sugars (glucose in the urine is a sign of Diabetes), and other metabolic and inorganic substances. Electrolyte tests are a routine blood analysis, testing things like potassium and sodium. Most medications are involved with inhibiting a specific enzyme or the expression of a gene. Blocking an enzyme's active site requires a specifically designed "blocker" to disable the enzyme's function. Since enzymes are proteins, their functions differ based on shape and inhibitor drugs must be customized for each target enzyme. This requires chemistry! While the concept of RNA interference (RNAi) is more on the biological side, the engineering of chemicals to inhibit the translation of mRNA into an amino acid sequence by ribosomes requires chemistry. In RNAi, a designed piece of double-stranded RNA literally chops up mRNA to prevent it from undergoing translation.

ithout chemistry, we would:

• ot know anything about plants and herbs, which resulted in the development of medications
• not have medications (pharmacology)
• not be able to study the chemistry of blood
• not be able to use anesthesia during surgery (gases)
• not understand how chemotherapy works or develop any chemical forms of cancer treatment

In addition to medicine, without chemistry we would:

• not be able to create many products, such as plastics
• not be able to go to space because no one would understand gases

Answer 5

Chemistry contributes to other sciences by helping to understand the composition, structure, and properties of matter. It plays a role in biology through the study of biochemistry, in environmental science by analyzing pollutants and their effects, and in material science by developing new materials with specific properties. Additionally, chemistry intersects with physics in areas like quantum mechanics and thermodynamics.

Answer 6

---in pharmacy which helps other bios in the world...

---determining the characteristics like magnetic field by studying the atomic structure

and many more........