Water absorbs the heat fast sufficient to keep the rubberized through obtaining very hot sufficient to dissolve. You can do exactly the same thing using drinking water in the report cup. Water will keep the report cup through burning up. That is not utilize a Styrofoam cup. Foam is simply too thicker and it is an unhealthy director, therefore the cup receives very hot sufficient to dissolve prior to the drinking water within may digest the heat.

Water is a very very good conductor of heat, plus it includes a high specific warmth, meaning it could take in a lot of warmth energy. The water absorbs the warmth quickly enough to help keep the particular rubber from getting hot enough to be able to melt. That can be done the same thing together with water inside a document glass. The water helps to keep the particular document glass from burning. This does NOT work with a Styrofoam glass. The Styrofoam is too thick and is a poor conductor, so the glass becomes hot enough to be able to melt before the water inside can take in the warmth. toenail fungus

really cool!! I've always wandered, did you say "have a wonderfull week" or "have a wonder filled week"??

your biggest fan!!

im going to do that at home =)

If the water absorbs the heat so the balloon doesn't melt. Would water be considered an insulator of heat or a conductor of heat. Does that hold true for water in a pan over the stove? I always assumed water was a conductor of heat, that is how it eventually boiled.

We did this in class and the balloon did not pop

I suppose i depends how close the heat source is to the balloon.

How is that possible. Wouldn't the balloon still pop and then the water will get on the flame and then the flame will go away still?

If the water boils for long, it will overinflate the balloon and pop it, but you can get to the point where it is starting to boil without popping.

That doesn't make sense to me. If the water got to boiling, wouldn't the ballon pop?