Periodic Table
Bonding
Acids and Bases
Organic Chemistry
Reference Tables
100

The highest number of electrons of the second energy shell

8

100
Chemical bond that is the process of sharing electrons.

Covalent Bonding

100

The H+ Donor

Acid

100

Compounds with the same molecular formula, but with different structural arrangements

Isomers
100

In Table E, the polyatomic ion that is expressed as Hydroxide

OH-

200
Of the Group 1 Elements (Hydrogen, Lithium, Francium, Potassium, Caesium, Rubidium, and Sodium), this element has the lowest electronegativity. 

Francium

200

A bond formed by the transfer of electrons between two atoms. 

Ionic Bond

200

Increases the Hydroxide concentration 

Base

200

Compounds that can contain one or more double or triple covalent bonds. 

Unsaturated (compounds)

200

In Table N, this radioisotope has a half-life of 27.4 seconds, and emits alpha particles. 

Francium-220

300

As the atomic number increases along a period, the atomic size  ______________. 

Decreases
300

H2O is a ____________ (polar or non-polar) covalent bond because its molecular shape is asymmetrical in structure. 

Polar

300

Any Organic Compound that ends in -COOH is either recognized as an Acid, Base, or Neutral. Which one? 

Acid

300

Organic Compounds that only consist of Hydrogen and Carbon.

Hyrdocarbon

300
In Table I, this kind of reaction is represented by a minus (-) sign. 

Exothermic Reaction

400

These are two or more different molecular forms of the same element

Allotropes 

400

This is the stable valence electron configuration of 8 electrons

Octet of Electrons

400

A substance that, when dissolved in water, conducts electricity. 

Electrolytes

400

Propane is an ___________ with a chemical formula of C3H8. 

Alkane

400

In Periodic Table of the Elements, this element has an atomic mass of 137.33, and has an electron configuration of 2-8-18-18-8-2. 

Ba (or Barium)

500

The amount of energy needed to remove a valence electron from a neutral atom. 

Ionization Energy

500

This is a force of attraction between adjacent polar molecules

Dipole-Dipole

500

This formula (M1V1 = M2V2) determines the concentration of a solution. 

Tritration

500

This element is present in all organic compounds.

Carbon

500

In Table T, this formula is represented as P1V1/T1 = P2V2/T2, where P= Pressure, V=Volume, and T=Temperature

Combined Gas Law