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When would a life scientist study a nonliving thing such as rock or lake?

A life scientist might study nonliving things like rocks or lakes to understand their physical and chemical properties, their role in supporting ecosystems, or the interactions between living organisms and their environment. By studying these nonliving components, they can gain insights into how they shape and influence the living organisms within a particular ecosystem or environment.


When do you think a life scientist would study a nonliving thing such as a lake or a rock?

A life scientist may study nonliving things like lakes or rocks to better understand the environment in which living organisms exist. By studying the physical characteristics and chemical composition of these nonliving components, scientists can assess how they influence the growth, behavior, and distribution of living organisms in a given ecosystem.


Is this true Elements combine to form compounds in nonliving substances but not in organisms?

No, elements combine to form compounds in both nonliving substances and organisms through chemical reactions. In organisms, these compounds play essential roles in various biological processes.


What is the basic Qualifications of a chemical scientist?

An advanced degree in Chemistry would be a good start.


What is the study of nonliving matter?

The study of nonliving matter is called inanimate or abiotic science. It involves examining the physical and chemical properties of nonliving substances and materials to better understand their composition, behavior, and interactions in natural systems. This field encompasses disciplines such as physics, chemistry, geology, and astronomy.


What is the chemical equation for the incomplete combustion of menthane?

a chemistry is a scientist Technology And Imbued To the School And Bright


What is the current understanding of living organisms in modern biology?

living things are subjected to the same physical and chemical laws as nonliving things


What is the importance of chemistry in biology?

Chemical principles are important in modern cell biology because all living cells are made up of chemicals and many chemical processes occur in various living organisms. Chemistry is the one science in which all the other sciences are based. In biology you learn about living organisms and their composition. Organisms are alive because of chemistry - Why we breathe oxygen, how we make energy, elimination of waste products, cellular respiration, etc. All of these are based on how living organisms use chemistry to live.Biology is the study of biological organisms and processes. All biological organisms and processes are created, maintained and changed through chemical processes and are made up of chemical compounds. Without an understanding organic chemistry one cannot accurately and fully understand biology.


What branch of chemistry is concerned with living organisms?

Chemistry has a few branches that deal with living things such as Biology which is the study of living organisms and others like biochemistry which study the chemical reaction within an organisms.


Contribution of chemistry in health?

Researchers apply chemistry principles in the research and development of drugs. They also study the chemical pathways of organisms to understand pathological processes.


The work of which scientist was most essential to use the scientific method and quantitative in chemistry?

Antoine Lavoisier was the scientist whose work was most essential in applying the scientific method and quantitative methods in chemistry. His work on the conservation of mass and the development of the chemical element system were pivotal in the advancement of modern chemistry.


Which scientist was awarded the Nobel Prize in chemistry for his research in the dynamics of chemical elementary processes?

Ahmed Zewail, an Egyptian-American scientist, was awarded the Nobel Prize in Chemistry in 1999 for his work in femtochemistry, which is the study of chemical reactions on extremely short timescales. His research focused on the observation of chemical reactions in real-time at the femtosecond (1 millionth of a billionth of a second) timescale.