In ancient times, there was no distinction of Biology and other sciences. Different fields of sciences like biology, chemistry, physics and mathematics are met together in the writings of ancient scientists. In ancient times, these subjects were studied under one head "science", but with the passage of time, the science developed very much and the huge scientific knowledge was then divided into different branches.
However even today the interrelationship of these branches cannot be denied.
BiophysicsThe study of various biological phenomena according to principles of physics is called biophysics. For example, movement of muscles and bones based on principles of physics.
BiochemistryThe study of different biochemical like carbohydrates, proteins and nucleic acids etc found in cells of living organisms and hundreds of the underlying chemical reactions in cells of organisms is called biochemistry.
BiometryThe data obtained from observations and experiments on living organism is analyzed by various statistical methods. This is called Biometry.
BiogeographyThe study of plants and animals and the basis of geographical distribution is called Biogeography.
Bio-EconomicsThe study of living organisms from economic point of view is called Bio-Economics. It includes the study of cost effectiveness and viability of biological projects from commercial point of view.
relation of history to other sciences
Besides Physical Sciences, there are 3 other branches of science. These are Social Sciences, Formal Sciences and Applied Sciences.
The basic three fields of Science (used by most schools) are:Biology: the study of living things,Chemistry: matter and reactions,Physics: how the universe works.but there are other sciences that don't quite fit into just these three, such as Engineering and Computer Science. Mathematics is also usually classed as a Science.Wikipedia uses 5 types of sciences to categorize everything:Formal Science - Maths, Computer SciencePhysical Science - Chemistry, Physics, Astronomy, Earth ScienceLife Science - BiologySocial and Behavioural Science - History, Geography, PsychologyApplied Science - Engineering, HealthcareSee the 'Template:Science' link below for a list of categories and sub-categories that Wikipedia uses.
Well chemistry is the study of chemicals and elements molecules and such and how they react with each other and what they do biology is the study of life and climate science is the study of weather paterns and well climate of certain regions?
A huge impact - at least, in the life sciences. Evolutionary theory is the basal unifying model for all of biology. It forms the background and starting point for all new research in the life sciences. Its notions also find purchase in other fields of science, such as psychology and engineering.
Chemistry has contributed to other sciences by providing fundamental understanding of chemical reactions, materials, and structures. It has helped advance fields like biology, medicine, and environmental science through techniques such as drug development, molecular imaging, and pollution control. Chemistry also plays a key role in interdisciplinary fields like biochemistry, pharmacology, and materials science.
because chemistry is the center sciencse
lala
relation of history to other sciences
physics, mathematics
chemistry contributes many things in other sciences in which it explain about the chemical changes that occurs in such processes or reactions of chemicals to other chemical. X-tian_hiRyu_a. JhOy21
Chemistry and Physics are the central sciences. There is little separation between the two at a theoretical level. All the other sciences depend upon these.
um......because it just is
I just don't know =P
Not just Biology and medicine, but all other sciences. Chemistry has been described as the "Central" science. Check out this link: http://en.wikipedia.org/wiki/The_central_science It interlopes with both Biology and Physics. It really depends what you want to eventually do
Some sciences that are similar to physics include chemistry, astronomy, and earth sciences. These sciences also use systematic observation, experimentation, and mathematical models to understand the natural world. They may also overlap with physics in areas such as thermodynamics, electromagnetism, and mechanics.
Chemistry is often called the "mother of all sciences" because it is at the intersection of physics and biology, studying the composition, properties, and interactions of matter. Many other branches of science, such as physics, biology, geology, and environmental science, rely on principles and concepts from chemistry to better understand the natural world. Similarly, advancements in chemistry have led to breakthroughs in other scientific fields.