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Assuming you are attempting to puncture a balloon and keep it intact, I would reccomend puncturing the balloon near the knot, where the rubber is thick and not streched out. If you are trying to pop the balloon, then I would puncture the balloon where the rubber is thinnest.
A melted rubber balloon should only be removed by the power company. Removing it yourself could result in deadly shock.
Rubber is a compound with large molecules loosely bound by hydrogen bonding and is holey as it is stretched. Coating a balloon with aluminum which has atoms regularly spaced, forms a cohesive layer with less space between particles and less holes.
Water is very good at soaking up heat. When the water-filled balloon is heated the water Draws the heat away from the rubber. For the air filled balloon, not so much. The rubber heats up, weakens, and breaks.
Yes, if it were loud enough and on the same resonant frequency of the balloon rubber. The problem is that a balloon is full of gas, which has no definite volume and therefore the frequency of the balloon is constantly changing.
No!!!!!!!!!!!They are not recyclable!!!!!!!!!!!!!!!!!!!!!!
"Rubber" is a generic term for about forty different materials. Many of which are recyclable. Those that are recyclable are renewable.
Yes. You can recycle them and/or reuse them.
Yes, it is recyclable.
A balloon animal is an animal made out of rubber by manipulating a longer balloon.
rubber
The simple answer is the bigger the balloon, the more rubber it will have. However, the actual amount of rubber is determined by its thickness. Thus a large but thin balloon can easily have less rubber than a smaller thicker balloon. Assuming all rubber balloons are made from the same chemical composition, you can determine which has the most rubber simply by weighing them while they are completely deflated. Alternatively, immerse the deflated balloons in water to determine their mass (by the amount of displacement).
The rubber balloon was first manufactured by Michael Faraday in the 1820s. He used the newly discovered material, rubber, to create balloons for his experiments with hydrogen gas.
No
When the rubber sheet is released, the balloon is pushed away due to the force generated by the stretched rubber sheet recoiling back to its original shape. This creates a propulsion force that propels the balloon in the opposite direction of the rubber sheet.
The melting point of a rubber balloon depends on the specific type of rubber it is made from. Generally, the melting point of rubber is around 180-220°C (356-428°F). Heating a rubber balloon beyond its melting point will cause it to melt and lose its shape.
A balloon can be blown up by expanding the air inside it. When you blow air into the balloon, the pressure increases, causing the rubber to stretch and the balloon to inflate. The elastic properties of the rubber allow it to expand and hold the air inside the balloon.