Atoms are important in both physics and chemistry, but more important in chemistry, because most chemical properties depend on the atoms present in a material and the bonding between them. The characteristics of atom that are of primary concern in physics are radioactivity; spectra, particularly gases; electrical conductivity, including superconductivity; magnetism; and the phases of matter. The close connection is indicated by the long-term existence of two scientific journals, The Journal of Physical Chemistry, published by the American Chemical Society, and The Journal of Chemical Physics, published by the American Physical Society.
Litmus comes from chemistry. It is a water-soluble mixture of different dyes extracted from lichens that is commonly used as a pH indicator in laboratory experiments and various applications.
When two atoms of the same element come together, they form a molecule of that element. For example, when two oxygen atoms come together, they form a molecule of oxygen (O2).
The English word mole comes from the German word "Mol", short for "Molekulargewicht" meaning "molecular weight". This is thought to have come from the French word "moléculaire" meaning "molecule".The Latin root is "molecula" a diminitive for the word "moles" meaning "mass".The word "mole" is used when we're talking about numbers of atoms and molecules.
The study of anatomy, physiology, pathology, and chemistry of the cell is known as cellular biology. It focuses on understanding the structure and function of cells, as well as how they interact with their environment. Cells are the building blocks of all living organisms, and studying them provides insights into the fundamental processes of life.
It is believed the egyptians (circa 3,000-2,700 b.c.) were the first to begin practical understanding of chemistry in it's broadest sense. With their basic understanding of manipulating materials they formed a world view of elemental design. For example, their religious dieties were called the Ogdoas (the eight). Each individual diety came together with the other 7 to rule the universe (much like hydrogen comes together with chlorine to burn holes in metal).From there chemistry was taken through Greek, Arabic, and European Alchemies gaining momentum 1661 when Boyle released The Sceptical Chymist. This dialogue asserted that everything is composed of atoms and that reactions are based in how those atoms come together or release apart. In the 1770's Antoine Lavoisier began perfecting the methodology of labratory chemistry and testing of theorem. The European run culminated with the works of John Dalton and his atomic theory.
i would say chemistry
Batteries come under Chemistry, which is a subset of Physics.
Though biologists and doctors are yet unable (for the most part) to use physics to get answers to biological questions and problems, all of biology operates according to the laws of physics (and chemistry, which is merely a subcategory of physics). Everything in biology, therefore, can be explained in terms of physics and represented by mathematical equations. It will, however, take scientists many years before humans are able to use Physics in Biology (if that time ever does come). Generally speaking, all of the body's properties, and everything it does, is a result of electromagnetic (technically electroweak) forces. The chemical processes all result from the forces between the atoms' and molecules' protons and electrons. Technically, the nuclear forces are also at work but only for holding the subatomic particles together so that the atoms do not decompose, and that's not unique to living organisms, and hence the nuclear forces do not directly relate to biology.
Experimental physics. Only with experiments come a theory:)
Chemistry prefixes typically come from Latin or Greek roots. These prefixes are used to indicate the number of atoms in a molecule, the molecular structure, or the functional groups present. They help provide a standardized and systematic way to name chemical compounds and molecules.
One "mole" of any element or compound is one "Avogadro's Number" of atoms or molecules; 6.023 times 10 to the 23rd power.
Typically, chemistry is taken after biology in high school. Chemistry delves into the study of matter, its properties, composition, and interactions. It provides a foundation for understanding chemical reactions and processes in the natural world.
Litmus comes from chemistry. It is a water-soluble mixture of different dyes extracted from lichens that is commonly used as a pH indicator in laboratory experiments and various applications.
For simplicity in the study of basic chemistry, atoms are said to consist of protons, electrons and neutrons, of which only protons and neutrons are considered to contribute to the element's atomic weight - that is, the electrons are considered to have essentially no mass are not accounted for when calculating atomic weight due to being overwhelmingly smaller than protons and neutrons. There are other particles to be considered but that will come in more advanced physical chemistry physics studies. EDIT: Corrected and added information.
Forensic scientists are not within a specific field. They come from a variety of educational backgrounds and fields. In other words, forensic accounting, or psychology, chemistry, physics, biology, computer science etc.
when multiple atoms come together what is the result
chemistry