Matter has various properties, including being solid, liquid, or gas.
Ice is formed by heating and ionizing a gas.
Decantation is a process of using gravity to separate two immiscible liquids or a mixture of a solid and a liquid, where the mixture's lighter component is dumped or sucked off the top.
Distillation is a physical separation technique based on the vaporization of the different components of the mixture to be separated, typically involving heating, vapors production, separation, and condensation back into a liquid.
Paper chromatography is a technique for separating dissolved chemical substances by taking advantage of their different rates of migration across sheets of paper.
Height is an intensive property.
Chemical reactivity measures how readily a substance undergoes a chemical reaction by itself or by reacting with another substance.
Luster is an intensive property.
Ability to oxidize is a chemical property.
Ability to form rust is a chemical property.
Odor is an extensive property.
Ductility is an intensive property.
Length is an extensive property.
Conductivity is an intensive property.
Concrete is made up of positively charged particles.
Volume is an extensive property.
Malleability is an intensive property.
Hardness is an extensive property.
Density is an extensive property.
Melting point is an intensive property.
Extensive properties are properties that are measured in terms of volume, length, or area.
Separating techniques are the processes of separating or extracting different components of a mixture using some physical methods such as sublimation, evaporation, distillation, filtration or sedimentation, separating funnel, magnetic separation, and paper chromatography.
Intensive properties are properties that are measured in terms of mass or density.
Weight is an extensive property.
Chemical Formula of Common Substances includes Dihydrogen monoxide, Hydrogen peroxide, Carbon tetrahydride, Carbon dioxide, Nitrogen trihydride, Sodium chloride, Calcium carbonate, Glucose, Ethyl alcohol.