1. Bromine
(Br)
Kendrick Fry

2. Bromine: Physical Properties: Color: Red-Brown
State at 25 degrees Celsius: Liquid
Density: 3.1
Hardness: No data
Melting Point (K): 266
Boiling Point (K): 332.7
Non-Metal

3. Bromine: Crystalline Structure: Structure: orthorhombic
Cell parameters:
a: pm
b: pm
c: pm
α: °
β: °
γ: °

4. Bromine: Symbol: Atomic number: 35 Atomic mass: 79.904f
Atomic number: 35
Atomic mass:
Number of Protons:35
Number of Neutrons:45
Number of Electrons:35

5. Bromine: Group: 17 Block: P Period 4
Electron Configuration: 1s2, 2s2, 2p6, 3s2, 3p6, 4s2, 3d10, 4p5

6. Bromine: Uses Of Bromine: : Used in making fire retardant chemicals
: As a disinfectant in water treatment
: In flame proofing agents
: In dyes
: In medicine

7. Bromine: Uses of Bromine:
: Inorganic bromine is used in photography film 
: It's related compound ethylene dibromine (EDB) was used in making leaded gasoline but was banned because it was found to be a known cause of cancer
: In fumigants

8. Bromine: Mostly found with Metals.
Where is Bromine found?
Bromine’s Abundance:
Mostly found with Metals.
In 1996 about 1 billion pounds were produced Worldwide.
Obtained from a mollusk (shell fish)
Bromine is mostly found in wells in Michigan and Arkansas.

9. Bromine:
Chemical properties, reactivity, oxidation states
Bromine reacts with water to form a mixture of Hydrobromic Acid, HBr, and Hypobromous Acid, HBrO.
Br2 + H2O ==> HBr + HBrO
Bromine liberates Oxygen when the resulting solution is heated or exposed to strong sunlight.
2 HBrO ==> 2HBr + O2
Bromine reacts with alkalis in a similar way to Chlorine. Bromine also displaces free elemental Iodine from solution of Iodide Salts, I(-).

10. Bromine: http://www.youtube.com/watch?v=hbBVgufI9y4
The name originates from the Greek word 'Bromos' meaning "stench"