Watch water boil at room temperature | Boyle-ing Water - Science Snack Activity

Watch water boil at room temperature.
The temperature at which water boils depends on pressure. You can demonstrate this by dramatically lowering the pressure on a water-filled plastic syringe at room temperature.
Full instructions for this activity are available at www.explorator...
Science Snacks are hands-on activities, projects, and experiments that are designed for the classroom and the curious. They're cheap, simple, safe, scientifically accurate, and teacher tested. Want to see more? Check out exploratorium.e....

[@TimTernet0]

I am a 77 year old retired professional Engineer. Your demonstration and explination are fantastic. All people who keep cool by evaporative cooling should watch your KZbin. Many Thanks!

[@AnuragsMusicChannel]

Your channel is good. Just discovered it today. But why not focus the camera on the syringe while u explain to see stuff while in action

[@manop2000]

You should show the formula and calculation process in order to explain the effects.

[@freakydeeky3178]

@Manop Udomsri The reason this happens is because the boiling point interrupts the atmospheric pressure inside of the syringe. This in turn heats up the H20 and dissipates the coinciding regulatory ions within its cellular make up. Each intersecting molecular particle that creates friction upon visual non binary liquids reinforces the longevity of the waters boiling point. That said, if one were to accelerate the vacuum functionality while the 4th dimension collides within itself, the highlighted biometric flux capacitor can elevate the nitrogen in the H20 as the underlying pressure is presented. Moreover, each Tachyon in the humidifying water redirect each quantum biosphere to create the 1.21gigawatts needed to boil the water. And so, my conclusion to this predicament is that I really have no idea what I’m talking about. 😂😂😂

[@TimTernet0]

Crap!

[@vijaylaxmivijju4080]

A very good very good video I think what is your name please can

[@abeerahamed193]

Ahnaf and Ajwath inga varuvel endu theriyum

[@freakydeeky3178]

The reason this happens is because the boiling point interrupts the atmospheric pressure inside of the syringe. This in turn heats up the H20 and dissipates the coinciding regulatory ions within its cellular make up. Each intersecting molecular particle that creates friction upon visual non binary liquids reinforces the longevity of the waters boiling point. That said, if one were to accelerate the vacuum functionality while the 4th dimension collides within itself, the highlighted biometric flux capacitor can elevate the nitrogen in the H20 as the underlying pressure is presented. Moreover, each Tachyon in the humidifying water redirect each quantum biosphere to create the 1.21gigawatts needed to boil the water. And so, my conclusion to this predicament is that I really have no idea what I’m talking about. 😂😂😂

[@saviodias3803]

This started off with so much ebb and flow but then became a crossover event of all the sciences 😂😂😂 lmaoo

[@freakydeeky3178]

@@saviodias3803 Hahahaha 😂😂😂😂

[@Daylight7vs6]

Huh 🤔 wrong

[@TimTernet0]

Pompas Bastard!