A red hot nickel ball on top of liquid nitrogen cooled honey. Red hot nickel ball versus room temperature honey- • RHNB-Honey SUBSCRIBE- shorturl.at/adk02 FACEBOOK- shorturl.at/ilrH2
Just putting some bee vomit in some liquid nitrogen and then putting a hot ball of nickel on top of it. Nothing out of the ordinary in the world of science.
That sound. This experiment needs to be redone in a sound studio because that bubbling sound is excellent and I would not doubt that the sound from this video will end up on someone's videogame or sampled into some music.
I like how must of the honey is still frozen despite the honey near the Ball being boiled. Gives you a really visual display of just how slow the heat-flow is as you move though the honey.
A RHNB in a mixture of propylene glycol and vegetable glycerin would be interesting. It has a low enough specific heat and boiling point it would vaporize at a fraction of 800 degrees C heat the RHNB is at.
what i love so much about ur channel is we actually get to the listen to the different sounds of the chemical reactions...instead of fruity modern elevator music. Good job
This might literally be the most interesting video I have seen since...idk I can't think of any specific video more or as interesting as this one friend.
+Zade YO I believe the honey at the end was not solid, it was just being supported by burnt sugars and that natural honey viscosity. If he had poked the ring with a stick it probably would have gone through easily. At 3:25 we see honey as a true solid, having gone through vitrification meaning it is like glass and can shatter. Before that it may appear and feel to be solid but it would still flow very slowly(might take days to see) if you tipped it upside down.
+AaronTheZombie yes that makes sense, especially the burnt out sugar part. Poking or removing the solid that I am sure he did later could have been included in the video..
