In this video we use cat litter and drain opener to make sodium silicate. This will be a valuable precursor to other silicon based chemicals in the future.
Most cat litter is made from clay but "crystal" cat litter or "silica" cat litter is made from silica gel. Silica gel is amorphous silicon dioxide made by aqueous chemistry is very easy to convert into other silicon compounds.
The process is quite straightforward: 60g of silica gel based cat litter is mixed with 100mL of water. Then 80g of sodium hydroxide is slowly added to dissolve the silica gel. What's produced is a solution of sodium silicate.
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https://www.youtube.com/watch?v=Ip-jDuM25FE
Glassware generously provided by http://www.alchemylabsupply.com/
Use the discount code "copper" for a 5% discount.
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In this video we construct and demonstrate a Dean-Stark trap. A very useful piece of equipment when distilling azeotropic mixtures of immisicble liquids.
This video has been generously supported by the following sponsors:
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https://www.youtube.com/watch?v=jxgpLp279Yc
Voting on projects in patreon:
https://www.patreon.com/posts/finalized-list-15685631
Panshine heater: http://www.panshineheater.com/
Special note: Panshine heater is a business supplier, not retail or consumer. So DO NOT expect to be able to buy one unit at a time. You need large minimum orders before they'll even return your emails.
If there is enough interest, i may resell my extras. If there is tremendous interest, i may set up a bulk order.
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https://www.youtube.com/watch?v=Nc0t7gpXbt4
In this video we Efficiently Recover Nitric Acid and Copper Metal From Copper Nitrate Wastes by reacting copper nitrate wastes with sulfuric acid to generate nitric acid and copper sulfate. Then we electrolyze the copper sulfate to recovery copper metal and sulfuric acid.
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https://www.youtube.com/watch?v=l8uQWibpRYk
In this video we make a blob of gallium "beat" like some weird alien heart attack.
To do it, add 2g of gallium to a 10mL solution of 6M sulfuric acid and warm it up on a hot plate to 50 Celsius. It'll pull together to form a sphere of gallium. Now carefully touch the gallium with an Iron nail or iron wire. What's happening is first the gallium is reacting the sulfuric to form gallium sulfate that sticks to the surface and increases the surface tension to the point that it pulls itself together into a sphere. Then when an iron nail touches it the iron transfers electrons to the gallium (while being oxidized itself and thus dissolving slightly) and this causes the gallium sulfate to reduce back to gallium. The surface tension drops and the gallium drops away, If the iron is held just right, the gallium will drop away from the iron. The gallium then react with the sulfuric acid again and create gallium sulfate and pull itself back into a sphere. The cycle will repeat.
LINK REMOVED - I am not affiliated with the supplier at this time. Cheaper sources of gallium can be found on ebay and amazon.com
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https://www.youtube.com/watch?v=g8Tc-5pUbH8
In this video we purify tea tree oil by fractional distillation to extra to 4-terpineol. 4-Terpineol turns out to be a reasonably good catalyst for the sodium production reaction.
Related Videos:
Using grignards to make tertiary alcohols: https://www.youtube.com/watch?v=EFQWD7-DCPI
Previous lab notes on making sodium involving tea tree oil: https://www.youtube.com/watch?v=v7o3ZfX0BQc
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https://www.youtube.com/watch?v=iNbxgdBi4_I
we show how to make flowers glow in the dark under ultraviolet light using a fluorescent dye.
You really only need two things, an ultraviolet lamp and a fluorescent highlighter. Open the highlighter and squeeze a few drops of the fluorescent ink into a cup of water. Now take the flower (i find white carnations to be the best) and cut the stem underneath the solution. Leave the flower in overnight and the dye will have been absorbed into the flower.
Now simply shine an ultraviolet light onto the flower to cause the highlighter dye to glow. whats amazing is that the glow isn't uniform but will glow bighter in areas where the dye accumulates. Often this gives a more complex pattern to the flower.
So for valentine's day, give glow in the dark flowers.
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https://www.youtube.com/watch?v=2vhcHuaArdg
In this video we show how to make fluorescein, a strongly fluorescent chemical.
Combine 166 mg of phthalic anhydride, 220mg of resorcinol and 3 drops of concentrated sulfuric acid. Heat to 200 degrees celsius for 5 minutes. The crude fluorescein produced is dissolved in dilute sodium hydroxide solution (300mg in 10mL of water). To demonstrate fluorescence a few drops of the solution are dropped into water under ultraviolet light.
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https://www.youtube.com/watch?v=ihssISvNL3o
Just sticking together and then pulling apart two pieces of duct tape will cause them to produce a blue line of light in an effect called triboluminescence.
Special thanks to Ashi58 for letting me use his footage, his channel can be seen here: http://www.youtube.com/user/ashi58
What's happening is that the action of pulling apart the glue causes charge separation in the two strips. The charges then attempt to recombine and collide with nearby molecules (of tape, glue, or air) exciting them and releasing light.
Interestingly, in a vacuum there is no air to slow down the charges so they collide at full energy and release x-rays. This serves as the basis for the sticky-tape x-ray machine published in the journal Nature.
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https://www.youtube.com/watch?v=54R6q2_-4Yo