What is with these Step Brothers experiments haha "I put liquid paper on a bee...it died..." It probably suffocated and did not OD on nicotine.
I thought a study came out that said there was no secondhand nic in exhaled vape
Can plants absorb nicotine?
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What is with these Step Brothers experiments haha "I put liquid paper on a bee...it died..." It probably suffocated and did not OD on nicotine.
I thought a study came out that said there was no secondhand nic in exhaled vape
If there was ever a study with such a conclusion, it was simply wrong. Still, exhaling on a plant and analyzing the nicotine content of that plant sounds like an incredibly roundabout way to determine anything.
Kinda Has to be. Doesn't There?
Because If I can See Vapor when I Exhale, Isn't there Nicotine in the Vapor?
Isn't that Kinda the Concept here. Nicotine in Vapor?
LOL
Alien Traveler is spot on about this. Nicotine in plants is its defensive mechanisms against sap sucking and leaf eating insects; like aphids, leaf cutters and the like. They may absorb some trace amounts of nicotine but unless it has prolonged exposure will not harm the plant. 
Plants naturally filter out other toxins in the air.
Plants naturally filter out other toxins in the air.Isn't the well accepted info that nic is not as well absorbed by Vape as it is in analogs? It would therefore not be difficult to accept that some is not completely absorbed and trace amounts would be exhaled with our Vapor. BUT and I say but here because in the same concept thread. The nicotine molecule in Vaped nic is larger than smoked nic, so would thereby be heavier and fall to ground faster. Does this make sense to anyone beside me, myself and I?
The nicotine molecule in Vaped nic is larger than smoked nic, so would thereby be heavier and fall to ground faster. Does this make sense to anyone beside me, myself and I?
Sorry, you are wrong. Nicotine molecule is nicotine molecule, always of the same size.
no, water particles and molecules are way bigger than smoke molecules and particles.
1. There is no water in vapor.
2. There is no smoke molecule
3. Yes, aerosol particles (vaping) are about 5 time larger than smoke particles, but if you vaped at least once you know that vapor is not going to fall after exhaling, it is safely in the air and will reach a lot of plants in its vicinity. Vapor particles are still small enough to fly around.
I wonder how many people, the non vapers, know that the vapor you exhale contains an addictive substance that is capable of killing people and was once used as an insecticide?
Isnt it just the gaseous form of polypropylene glycol and vegetable glycerin. I dont think there is a chemical reaction activated by heat that turns C3H8O2 and C3H8O3 into H2O
Maybe some Research needs to be Done? What does VG and PG break down into?
Seems like there are a lot of H's and O's bound together. And it would be a Chemical Reduction vs a Chemical Reaction?
I found this link that may shed some light on this subject. http://www.projectvape.com/tag/nicotine/
I think it would be cool to see a study done on it so we could know for sure, but I don't that the coils get hot enough to change them. i think its more of, get a hot pan and drop some water on it, and it gets stuck in like a limbo phase where the liquid doesnt need to be at 212 (for water) but still acts like a gas. At least thats how I always pictured it in my head.
There is a cool video on youtube that shows the water thing When Water Flows Uphill - YouTube
I dont know if this is how it works but its kinda how I imagine it
You see the atomization of a liquid; liquid droplets in a gas; an aerosol vapor. The heating element vaporizes the liquid through electrothermal atomization; it doesn't burn it. A flame would burn it. That is flame atomization.
no it isn't, the liquids get boiled off and produce steam pretty much, which is water with trace amounts of nicotine and other chemicals that are related to hydrogen, oxygen, and some carbons.
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