1.Density. (The weight of matter in a liquid.)
2.Volume. (The amount of space matter takes up.)
3.Weight. (How heavy matter is depending on the gravity.)
1. Gravity, normal or with centrifugation. 2. Chemical precipitation. 3. Chromatography. 4. Electrophoresis. 1. Gravity, normal or with centrifugation. 2. Chemical precipitation. 3. Chromatography. 4. Electrophoresis.
1. A mixture contain two or more compounds.2. A compound is homogeneous; a mixture may be homogeneous or heterogeneous.3. Components of a mixture can be separated by physical procedures.
Mixtures contain two or more compounds associated without chemical bonds. Mixtures are homogeneous or heterogeneous. Several mixtures can be separated by physical procedures. Mixtures can have 1, 2 o3 phases.
1. Solvent extraction 2. Distillation 3. Centrifugation 4. Sieving 5. Flotation 6. Ion exchanging 7. Decantation 8. Filtration 9. Reverse osmosis 10. Zone melting 11. Crystallization
Three examples of compounds are water, acetic acid, and nitrogen gas. They consist of two or more different elements. Three examples of mixtures are air (homogeneous), soil (heterogeneous), and salt water (homogeneous). They consist of substances that don't mix.Hope that helped! :D
pieces of rock
Two examples are:1. 3 is a prime number2. 3 is an odd number
No. Elements, compounds and mixtures are 3 different terms.
1. Gravity, normal or with centrifugation. 2. Chemical precipitation. 3. Chromatography. 4. Electrophoresis. 1. Gravity, normal or with centrifugation. 2. Chemical precipitation. 3. Chromatography. 4. Electrophoresis.
3 ways to we can classify solution
1. equilateral : 3 sides are equal 2.scalene : 2 sides are equal 3. isosceles : no sides are equal
Several ways:Smallest 3 digit integerLog10(Googol)A perfect square
3 different ways
If you have three DIFFERENT letters, you can arrange them in 3! = 1 x 2 x 3 = 6 different ways.
Pure elements cannot be mixtures.
Species can be classified based on their physical characteristics (morphology), genetic makeup (DNA), and evolutionary relationships (phylogeny).
This is a very simple method to separate immiscible liquids with different densities.