• atomic #: 3
• atomic mass: 6.9
• density: 0.535 g/cm^3
• boiling point: 1342 degrees celsius
• melting point: 180.54 degrees celsius
• Lightest metal
• easily floats on water

  

•  atomic #: 53
• atomic mass: 126.9
• density: 4.94 g/cm^3
• boiling point: 184.3 degrees celsius
• melting point: 113.7 degrees celsius
• sublimates into a beautiful violet vapor when heated
•  used as disinfectants before better antiseptic agents were found.

• atomic #: 8
• atomic mass: 16.0
• density: 1.429 g/l
• boiling point: -182.9 degrees celsius
• melting point: -218.3 degrees celsius
• At -183.0DegreeC oxygen is a beautiful pale blue liquid
•  at room temperature it is a colorless gas.
•  we all need if we want to live more than a few minutes longer.
  



**"NEON" **

You may wonder what makes neon signs so appealing and bright?!?! Well that comes from "fill" gases nsuch as Argon, Neon, and Helium. The process involves these gases being placed inside of a vacumed tube with electrodes on each end for electricity.This will help you get color and illumination. As far as the different colors go... Neon, when illuminated gives off a red color. Argon and helium are combined to make blue light. Argon and helium are put together for the amazing "glow" seen in fluorescent light. This is with the help of mercury also. And that is what goes into the attractive neon signs that you see on the streets!!

Alpha, Beta, and Gamma Radiation

The differences between alpha, beta, and gamma radiation are the speed

"Why Chemestry Is The Mostb Important Science"

Why is chemestry the most important science?? Well.. Chemestry is the most important science mainly because it has to do with measurements and chemicals. This is important because we are constantly this top our every day lives. This branch of science is used in mixtures for the food and beverages we comsume, the medicines that we take when feeling ill, the chemicals that make our cars go for transportation, etc. Chemestry is also used to measure liquids, sizes, tengths and widths of objects and much more. Without the use of chemestry, daily life would be 100 times more difficult for people.