simple learning without draining the pockets.

Hello Dear steemian, today I will share the article, that there is something you can do with helium gas. All right, please to the point.
If you find it hard to get helium gas to make a flying balloon, now you do not have to worry. then in this session I will clear it is a very easy and easy way to make helium gas for flying balloons.

This time there are easy tips to make helium balloons easy to use ingredients that are easy to find in home kitchen.
Usually mothers use vinegar or to soften the meat, well this time the vinegar is different from the benefits that I discussed earlier.

Materials needed to make helium gas for flying balloons:

• Balloon
• Vinegar
• Plastic bottles
• Baking soda
• Funnels

How to make:

1. Use a funnel to pour vinegar into the bottle. Pour vinegar about 1/2 or 1/3 of the bottle container.
2. Then pour the baking soda using the funnel into the balloon. The contents of baking soda is approximately 1/2 of the size of the balloon.Then buddy
3. Install the balloon containing baking soda into the mouth of the bottle filled with vinegar. Make sure you do not spill baking soda into vinegar.
4. When the balloon is properly seated, hold the balloon tightly then melt the baking soda into the vinegar liquid in the bottle.
   
5. Notice the mixture of the two ingredients is sizzling, foaming and can blow the balloon by itself.
6. When the balloon is blown to the size you want, remove it from the bottle and tie the balloon. The helium balloon is ready for use.
   Because Helium is a chemical element in the periodic table that has the symbol of He and atomic number 2. Helium is colorless, odorless, tasteless, non-toxic, almost inert, a monatomic gas, and is the first element in the noble gas group in the periodic tableThe boiling point and melting point of this gas is the lowest among all elements. Helium materialized only as a gas except in very extreme conditions.
   Extreme conditions are also needed to create a small amount of helium compounds, all of which are unstable at standard temperature and pressure. Helium has a rare second stabilized isotope called helium-3. The properties of the liquid varieties of helium-4; helium I and helium II; it is important for researchers who study quantum mechanics (especially in superfluidity phenomena) and for those looking for near-absolute zero temperature effectsowned matter (such as superconductivity).

(that's a little science I know and I learned about making gas balloons with simple materials and not draining the pouch)