2. When was it discovered?

3.  Where is it most abundant?

4. How it's harvested:

Fluorine:
1. Characteristics:

2. Discovered: 1886
3. Abundance:

4. Harvested: 

Ionic Compound:
1. Properties & Characteristics

2. Uses

-  Beryllium nitride reacts with mineral acidic producing ammonia
2. Uses: Refractory ceramics, nuclear reactors, and radioactive carbon-14 for tracer applications.

Melting Point  336.53 K
Boiling Point  1032 K
Electronegativity  0.82
Density  856 kg/m³
Conductivity  100 W/mK
Heat  757 J/kgK
Potassium is silvery-white, low melting, metal soft enough to be easily cut with a knife. It tarnishes rapidly in air, forming a dull oxide coating. 

Potassium burns with a lilac colored flame. It is extremely reactive, reacting violently with water, for example, to produce hydrogen gas and potassium hydroxide.
uses: vital for plant growth since the plant takes it for protein
When was it discovered: Sir Humphry Davy discovered potassium in 1807 
Where is it more abundant: K is the radioisotope with the largest abundance in the body (0.00030%) it is never found in free nature.
Abundance earth's crust: 2.1 % by weight, 1.6 % by moles 
Abundance solar system: 4 parts per million by weight, 100 parts per billion by moles
eight most abundant element
OXYGEN
Properties and Characteristics: it is a Chalcogen
State at 273 K Gas
Melting Point 54.8 K
Boiling Point  90.2k
Oxygen is a highly reactive nonmetallic element
When was it discovered:1774
Where is it more abundant:Oxygen is the third most abundant element in the universe and makes up nearly 21% of the earth's atmosphere.
How is it harvested: Through air separation plants.
There are a number of ways that gases can be harvested, but the most common is known as cryogenic distillation. Gases are only gases because they’re too hot. Air separation plants cool the atmosphere until it turns into liquid air.
POTASSIUM OXIDE
Properties and Characteristics: 
Compound Formula K2O
Molecular Weight 94.2
Appearance Crystalline Solid
Melting Point >350 °C (>662 °F) decomp.
Boiling Point N/A
Density N/A
Monoisotopic Mass 94.9302
Exact Mass 94.9302
Charge 1
Uses: The chemical formula K2O (or simply 'K') is used in several industrial contexts: the N-P-K numbers for fertilizers, in cement formulas, and in glassmaking formulas.

2. When it is discovered:
Robert Bunsen and Gustab Kirchhoff discovered rubidium in 1861.

3. Where it is most abundant:

4. How it is harvested:

Rubidium Oxide (Rb2O)
1. Characteristics/Properties: 

2. Uses

Isotopes: 2
Discovered by: Moissan in 1886
It is the lightest halogen and exists as a highly toxic pale yellow diatomic gas at standard conditions. As the most electronegative element, it is extremely reactive: almost all other elements, including some noble gases, form compounds with fluorine

 Potassium
 K= symbol number
 Atomic mass:39.0983
 Found at 1702, and proven in 1802 by electrolysis
 

Discovery

Where is it found?

How is it Harvested?

Properties and Characteristics

Discovery

Where is it found?

How is it Harvested?

Properties and Characteristics

Uses

Discovered

Where is it found?

How is it harvested?

 
B. Chloride
Properties and Characteristic 

Discovered

Where is it found?

How is it harvested?

C. Aluminum Chloride

Uses 

Properties and characteristic

Boiling point: 444.7 °C

Density at 20 degrees celcius: 2.07 mg / cm3

Discovered

Where is it found?

How is it harvested?

·     What are the properties and characteristics

1.    Sulfur

1)  Looks like yellow crystals or powder

2.    Fluorine

1)  A highly toxic pale yellow diatomic gas

·     When was it discovered

1.    Sulfur

1)  Unidentified but knows to have been used since ancient times

2.    Fluorine

1)  It was first discovered in 1529 but was considered an element in 1810 

·     Where is it most commonly found

1.    Sulfur is mostly found in volcanic areas

2.    Fluorine can be found everywhere along the earth’s crust, where it can be found in rocks, coal, and clay

·     How is it harvested

1.    A process called Frasch

1)  Super heated water is pumped into the bed of sulfur

2)  The sulfur is than melted

3)  Compressed air is pumped into the pocket

4)  The sulfur is pushed out and collected

2.    Fluorine is commercially made by Moissan's method. An electric current is passed through a mixture of hydrogen fluoride and potassium hydrogen fluoride.

 

Ionic compound

There are 2 ionic compounds that can be made via Sulfur and Fluorine

1.    Sulfur hexafluoride is an inorganic, colorless, odorless, non-flammable, extremely potent greenhouse gas, which is an excellent electrical insulator. It consists of six fluorine atoms attached to a central sulfur atom. It is generally transported as a liquefied compressed gas. 

 

2.    Sulfur tetrafluoride is the chemical compound with the formula SF4. This species exists as a gas at standard conditions. It is a corrosive species that releases dangerous HF upon exposure to water or moisture. Despite these unwelcome characteristics, this compound is a useful reagent for the preparation of organ fluorine compounds, some of which are important in the pharmaceutical and specialty chemical industries.