Types Of Bonds
Six Types of Reactions
Mixtures
Misc.
100

What are the types of Bonds?

Ionic and Covalent

100

What are the six of types reactions?

Synthesis, Decomposition, Combustion, Single Replacement, Double Replacement, and Oxidation-Reduction.

100

What are the mixtures?

Heterogeneous and Homogenous.

100

What is a Supersaturated Solution?

A solution that holds more dissolved solute than is required to reach equilibrium at a given temperature. 

200

What is an Ionic Bond?

The attractive force between oppositely charged ions

200

What is Synthesis?

 Reaction in which two or more substances combine to form a new compound

200

What is a Heterogenous mixture?

A mixture consisting of tiny particles that are intermediate in size between those solutions and those in suspension

200

What is pH?

A value that is used to express the acidity or basicity (alkalinity) of a system.

300

What is a Covalent Bond?

A bond formed when atoms share one or more pairs of electrons

300

What is Decomposition?

A reaction in which a single compound breaks down to form two or more simpler substances.

300

What is a Homogenous Mixture?

A mixture throughout which two or more substances are uniformly dispersed. 

300

What is Concentration?

The amount of a particular substance in a given quality of a mixture, solution, or ore.

400

What is a Chemical Bond?

 The attractive force that holds atoms or ions together 

400

What is Combustion?

The Oxidation reaction of an organic compound in which heat is released. 

400

What are examples of a Heterogenous Mixture? 

Concrete, sand, oil and water. 

400

What is Solubility? 

The ability of one substance to dissolve in another at a given temperature and pressure.

500

What is Chemical Structure?

The arrangement of atoms in a substance

500

What is Single Replacement?

A reaction in which one element or radical takes the place of another element or radical in a compound.

500

What are examples of a Homogenous mixture?

Air, Saline solution, Brass

500

Le Chatelier's Principle

If a change is made to a system in chemical equilibrium, the equilibrium shifts to oppose the change until a new equilibrium is reached.