Physics Heat Transfer Demo! - Balloon in a Candle Flame

In this lesson, we will do a physics experiment that involves the heat transfer between two materials. Here we put water inside a balloon place the balloon in a candle flame. When the water is present, it absorbs the heat and thus the balloon never pops because the rubber doesn't rise very much in temperature. This is because of the specific heat of water and its heat capacity is very high, so the water absorbs the heat from the candle flame.
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Twitter: / jasongibsonmath

[@anthonygregg862]

Thats a fantastic demo to show the interest in science. These demos will hopefully get people more interested in science. Thankyou sir.

[@as3264]

Very cool. These kinds of experiments are very easy to do with friends and family to help share the cool parts of science!

[@MathAndScience]

Totally!

[@athenaphoenix3771]

This is a great demo, and I love the background!

[@MathAndScience]

Thanks so much!

[@dennisbrown9604]

Hi Jason, you make everything you teach so interesting, you have a special gift ,,,, I can watch your videos over and over. Things I have forgotten have been retaught , I thank you for that.....

[@MathAndScience]

Thank you so much! I appreciate it very much.

[@4everThoughtful]

Absolutely fabulous! This is a demonstration that should be introduced in 3rd or 4th grade in order to peak interest in the sciences. I'll rehearse this demonstration before I introduce to the class. I don't like the POP of balloons so I'll need to desensitize myself first. Thank you very much!

[@MathAndScience]

Thank you so much!

[@yuusufliibaan1380]

Thanks for the help lesson thank you very much dear sir nice explain lesson 👍👍 keep going dear teacher 😊❤️👑👑🙏

[@MathAndScience]

It's my pleasure

[@pinakgohil]

Nice sir, I really loved your demo

[@cgn2570]

Very good intro video for kids. Hopefully a kid seeing this will become so interested that they will want to pursue physics.

[@MathAndScience]

I hope so too!

[@juniorcyans2988]

Wow, I love this lab! Every thing involved here I have learned in class, but I never got a chance to see things so fun in the real world!

[@FrancoFireWall]

This was sick

[@repairstudio4940]

Thank you I've been waiting for this one!!!!
🙌😇

[@wilkyclergeot9416]

Thank you so much incredible for all your support!!!

[@MathAndScience]

Thank you too!

[@lancerudy9934]

Great video 😊

[@MathAndScience]

Thanks! 😊

[@QSL.]

Awesome, thank's!

[@MathAndScience]

You bet!

[@fahimkhalasi4115]

good science experiment sir can you show us any new science experiments please because i am curious what ideas you have

[@MathAndScience]

Yes I plan to do more experiments!

[@tresajessygeorge210]

THANK YOU... SIR...!!!

[@BlackfeatherAlexander]

Thank you!

[@MathAndScience]

You're welcome!

[@drumtwo4seven]

Nice 👍

[@MathAndScience]

Thanks ✌

[@lansing7864]

Nice nebula

[@jamestanny849]

@Math and Science Hi Jason, I recently watched a video in slow motion where they took a steel ball and compressed it under a hydraulic press, what happend was that the ball turned red and just before the brink of exploding there was an beautiful red aura that almost similar to plasma, but I don’t know the physics behind it. Obviously a huge amount of heat is generated due to the tremendous pressure built up inside the ball, but what is this amazing red/orange plasma thing arouse the ball? Thanks for any reply!

[@MathAndScience]

That sounds cool.

[@User-74891]

I watched a program on TV about survival in the forest. There the guy boiled water on fire in a condom.

[@rogelioadolacion2824]

That question is as old as when human walk in two legged from four legged animal. Ask first what makes a planet turn on its axis. In law of motion, imbalance mass weight inhance motion. Mercury, Venus, moons others you name it does not revolve on its axis. Planets full of atmospheric properties, the expansion and shrinking propelled by sun heat phenomena turn its surface imbalance, force the other side to move, enhance revolution. This is a crude explaination, I'm waiting what yours.