As life forms become more advanced, new properties occur. These properties are referred to as ______________ properties.
Isomorph's
Chemistry is the study of composition and properties of substances and various elementary forms of matter.
Compound change is 2 or more elements are chemically combined together and forms different properties(or not).
that deals with the composition and properties of substance and various elementary forms of matter ;study of matter, its substance, structure, properties, and reaction
Isotope
Isomorph's
disserent structural forms of the sme element are called
argon's physical properties are: gas or liquid forms colorless/odourless/ tasteless :)
Yes. The properties of the molecule will differ from the properties of the individual atoms of which it is made.
That is called potential energy.That is called potential energy.That is called potential energy.That is called potential energy.
By "other forms" I presume you mean forms outside of your application. The only way to modify their properties is via the interface provided by those forms. You also need to be aware that those forms can fall from scope at any time.
Both fish and amphibians have primitive and advanced forms of life in their orders when compared to one another.
Lions do indeed mate, as do all advanced life forms.
A convex lens forms a real image.
Mild Steel is not hard and brittle. Once Mild Steel is subjected to heating and then allowed to cool, it forms different compounds of steel having different properties. This depends upon 1. The heating temperature 2. The time allowed for cooling. When MS is heated to high temperatures so that it appears red hot and then suddenly cooled down to ambient temperature, it forms a compound called Martensite, which is hard. This is because there is more carbon in Martensite then in Mild Steel. This process of altering properties of compounds by heat is called heat treatment.
clinker forms mainly by fuel. checkup chemical properties. low IDT to be maintained.
potters can cover a ceramic with a thin layer of silicon dioxide and heat it again. This process forms a glassy waterproof coating called a glaze.