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The mass of the balloon depends on its size. For small sized balloon, weighing scale can be used to calculate the mass. Anything that has mass will have gravitational force acting on it.
The air within the balloon will heat up and expand past the point of tensile strength of the rubber the balloon is made of. POP!!
...by pinching the balloon between your thumb and index finger and inserting the needle between the compressed rubber of the balloon at that point without letting go of the compressed balloon until you release the needle from the balloon.
Rubber in tyres is a mixture of many things; latex, chalk, carbon, rosin, sulphur or some other vulcanization, etc. Such a mixture is quite unlikely to have a single melting point. A softening point may be a better term. This point is easily within the reach of super-heated steam, which is the main process heat. From memory (and that's not too good) it was in the vicinity of 300oF. It is heated with a vulcanizing agent to create cross links of polymerization. Latex has a lower melting point.
the rubber balloon was first invented by a professor named Michael faraday..
56786546789 celciux
98degrees Celsius. maybe higher.
The mass of the balloon depends on its size. For small sized balloon, weighing scale can be used to calculate the mass. Anything that has mass will have gravitational force acting on it.
rubber
The air within the balloon will heat up and expand past the point of tensile strength of the rubber the balloon is made of. POP!!
...by pinching the balloon between your thumb and index finger and inserting the needle between the compressed rubber of the balloon at that point without letting go of the compressed balloon until you release the needle from the balloon.
Rubber in tyres is a mixture of many things; latex, chalk, carbon, rosin, sulphur or some other vulcanization, etc. Such a mixture is quite unlikely to have a single melting point. A softening point may be a better term. This point is easily within the reach of super-heated steam, which is the main process heat. From memory (and that's not too good) it was in the vicinity of 300oF. It is heated with a vulcanizing agent to create cross links of polymerization. Latex has a lower melting point.
the rubber balloon was first invented by a professor named Michael faraday..
Several things can cause a balloon to pop. All of them, however, involve exceeding the elasticity of the material. When the rubber of a balloon is stretched too far, a hole or rip will appear. The balloon wants to stay small, so when a hole appears, there is no more material holding it together at that point. So, like a rubber band stretched then released, the rubber snaps away from the hole. This sudden force creates more holes and rips, and the whole balloon destroys itself.
This is the melting point.
A balloon animal is an animal made out of rubber by manipulating a longer balloon.
It doesn't. Tire rubber (and rubber in general) has vulcanized properties that keep it from melting. The only way you can accuire melted rubber is to have it ordered form somewhere that sells it.