A +1 for opendns. Set static dns in your router to the ones provided by opendns and use their dynamic IP updater. If he's grounded you could instantly block video games, chat, etc... He could always bypass it with a proxy, but if he is that savvy you can't stop the pron.
If you aren't afraid to dedicate an atomizer to nothing but AC and are willing to not be able taste any other flavors for a bit, AC is great. It has a very strong TH, but you have to commit to it.
This with some of the new low resistance attys. Cheap and reliably good "5V" hits. The Totally-wicked "Tornado" is the same as the Janty Ego, but with a little devil logo on the bottom.
Great show guys.
Belhade: if you are having issues, you can boost the sound in the mp3 with Audacity. It will distort the sound (based on level of boost), but it will work.
The 12/24mg are actually 12mg of nicotine for every 1mL of juice. An average pack of cigs will give you between 16-22mg of nicotine. So, if you vape 1mL of 24mg juice, you are getting the equivalent of a little over a pack of smokes.
Exact same thing is happening to me. Everything else that I got a shipping notice for on Saturday arrived on Wednesday. I was hoping to have a chuck before leaving for the weekend :( I just figured the USPS screwed up, but I know I can't wait much longer.
You are correct. Increasing current increases heat production. Wattage, or power, is a measurement of energy/time. The power (wattage) is dissipated in to the resistor (atty coil) which converts electrical work to heat. Higher wattage => more work done on coil => more heat => possible blown atty.
Power (wattage) is basically a measurement of current flow per unit time. (in this case, 1W=1J/s, and energy (current) is the actual measure of heat/flow. I use wattage because the circuit is not always closed, and we would want to know the power crossing through that node based on the length of...
What you are looking for when vaping is a certain amount of power (heat) being delivered across the coil inside of the atomizer. To judge how much heat you are getting, you need to look at Ohm's Law. Basically
V=i*R
P=i*V = (V*V)/R
Power is equal to the square of your voltage divided by...
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.