Vaporize

Question: How long should I wait to vaporize marijuana after getting wisdom teeth out? I have my medical marijuana card and I would prefer to vaporize pot than take vicodin how long should I wait? I know I'm not supposed to smoke for 48 hours but what about vaporizing if I suck lightly? I only got one out and please no answers about how you shouldn't smoke pot they are just annoying and retarded.

Answer: As vaporization simply releases vapors and not smoke/soot/ash/tar it is in no way harmful to vaporize after dentistry. Feel free to vaporize to sooth your pain, since THC and the other cannabinoids provide an anti-inflammatory effect it will actually help in your healing process. PapaKief

Question: What types of explosion vaporize human bodies? I understand that 'true' vaporization entails converting each element into their gaseous state, however I mean 'vaporize' for all common intents and purposes. The ever present television scenarios (i.e. "Bones") present circumstances in which the bodies are gone, and no parts are recognizable as human. What kind of (non-nuclear, mundane) explosion would evaporate the fluids, and pulverize the solids into small granules or dust, such that the average person would describe it as 'vaporized'?

Answer: I imagine a large enough powder magnesium bomb under the right implications would create an explosion with such an immense heat that the liquids would vaporize; realistically though, in my line of work (Submarines), our biggest concern is a steam rupture. Several hundred pounds of steam blowing out in a forced direction will certainly vaporize any soft tissue; if the explosion is violent enough, then the shock may shatter the bones into fragments small enough to vaporize as well. The only other way to get a reaction like that, maybe would be an extremely concentrated electric shock- but that kind of power would probably only be produced in VERY few places around the world.

Question: How much power to vaporize a KG of Titanium? To vaporize a single kilogram would take how much? All types of Titanium can be answered for.

Answer: You need to do some thermo and you need to be a little more specific. Are you talking about a Ti alloy or pure Ti? answers will be much different depending on compostion. You need the specific heat of Ti, both for solid and for liquid. For best accuracy, you need to know how both of these change as a function of temperature. You need the latent heats of melting and of evaporation. You need to pick a starting temperature (if the starting temperature is 3259°C, you will not need much power). You need to pick an ambient pressure. In a good vacuum, Ti will sublime (evaporate at a temperature below it's melting point) at a pretty decent rate. So finally, exactly what do you mean by vaporize?

Question: How much heat must be added to vaporize this much butane if its heat of vaporization is 21.3 kJ/mol? Liquid butane, C4H10, is stored in cylinders to be used as fuel. Suppose 3.00 L of butane gas at 17° C and 735 torr is removed from the cylinder. How much heat must be added to vaporize this much butane if its heat of vaporization is 21.3 kJ/mol?

Answer: p = 735/760=0.967 atm T = 17 + 273 = 290 K n = pV/RT = 0.967 x 3.00/ 0.08206 x 290=0.122 Q = 21.3 kJ/mol x 0.122 mol=2.60 kJ

Question: How does a lightning strike not vaporize a person when struck? A lightning strike usually has millions of volts and millions to hundreds of thousands of amps. How does this energy not vaporize a person? I use to think it did when I was young but hearing about all these people surviving lightning strikes I'm baffled. Is it because the human body can conduct? If so then how does a squierrel get fried if it touches two power wires? Since the human is in a similar condition acting as a conductor with the bolt coming from the cloud through the human to the ground.

Answer: I think that when you are grounded, you're more likely to survive, because the current goes to ground, rather than your entire body. In Physics class last year, my teacher asked this student to hold a metal rod, and he putt his elbow on the arm that was holding onto the rod around the metal faucet of a sink. He then made the rod touch a Van Der Graff generator, and the kid could feel the current go through his arm. The reason why he survived was because he was grounded and the current didn't go through his torso, allowing him to not die or go into cardiac arrest. So if a squirrel touches a power line, where does it go? Through his body, and probably damaging his heart.

Question: How much energy would it take to vaporize carbon? Aproxamatly how much energy would it take to vaporize a certain amount of carbon (per amount)?

Answer: Standard enthalpy of vaporization for carbon is 716.7 kJ/mol. This is the amount of heat need to vaporize 1 mole of carbon, which is 12.011 g.

Question: Does disintegrate and vaporize mean the same thing? Are disintegrate and vaporize the same thing? If not then what is the difference?

Answer: No. Disintegrate just means that one thing breaks into smaller pieces. Vaporize literally means to turn something into a gas (a vapor). When you vaporize something, you can *also* disintegrate it, but they are different terms.

Question: Approximatley how much energy does it take to vaporize one kilogram of steel? I fyou happen to know anythinga bout much energy is required to vaporize any amount of steel, please let me know. If you don't, please don't answer.

Answer: It depends on if the steel is already molten and at its vaporization temperature, or if it's at room temperature. If the former, it's just the latent heat of vaporization, which I can't find any references for, but it's a certain amount of energy per mass. (See below for a very rough estimate based on iron.) If the latter, then you first need to heat it to its melting point. One particular steel I looked up melts at 1410°C. From room temperature you have to heat it 1390°C. The steel has a specific heat of 0.5 J/g-°C, so that's (1390°C)*(0.5 J/g-°C)*(1000g/kg) = 695000 J/kg. Then you need to melt it by applying the latent heat of fusion, which one reference suggests is 277000 J/kg. Then you need to heat it to the boiling point, which I also couldn't find, and apply the latent heat of vaporization. If you have a reference resource for properties of steel, hopefully you can find the temperature and heat of vaporization. For a rougher estimate, I can use the values for iron, which is the main component of steel. Iron boils at 2861°C and has a heat of vaporization of 267000 J/kg (So that's how much energy you'd need if the steel was already molten and at its boiling point.), and I'll assume the liquid steel has the same specific heat capacity as the solid, which is unlikely. That's an additional temperature increase of 1451°C, and a heat input of (1451°C)*(500 J/g-°C) = 725500 J/kg. So, adding all of the terms, from room temperature you'd need 695000 + 277000 + 725500 + 267000 = 1964500 J/kg, or almost two megajoules per kilogram.

Question: How do you find the yield to vaporize nickel-iron? How do you find the yield to vaporize nickel-iron? 1 million tons of it vaporized with a formula shown would be a good example.

Answer: Nickel has a melting point of 2913C Iron boils at a temperature of 2862C To vaporize = 1 million tons. Now, looking at your question, yes if you applied enough heat you could vaporize both elements, but the yield to vaporize i am not sure what you mean. Like how much heat is required? Something missing here.

Question: Is it okay to vaporize after getting your wisdom teeth removed? I just got my wisdom teeth removed yesterday and I was wondering if it is okay to vaporize (weed). I know there is a lot of concern about not drying your socket so they tell you not to drink carbonated beverages for at least 5 days and not to smoke tobacco products. Well, this this isn't tobacco, and it isn't technically smoking - its just vapor. Does anyone know if this will harm my socket?

Answer: dont risk it, do it carefully if you have the cotton in your sockets.

Question: If a huge meteorite can vaporize in our atmosphere, why do some small ones hit the earth? Why don't the little ones vaporize too? A boy in Germany is fortunate to be alive after having one graze his hand and burying itself in the ground. It it had struck his body he would be dead. Has anyone had such an experience?

Answer: The heat it generates as it enters our atmosphere depends on it's velocity relative to it. If the meteorite entered the atmosphere at a relatively low velocity, it will survive and strike Earth's surface.

Question: whats the best way to vaporize weed without a vaporizer? i cant get a vaporizer because i dont have the cash and because if my parents found out i did weed i would be screwed. so whats the best way to vaporize weed without a $300 vaporizer? i probably couldnt get like a glass pipe. i know it sounds stupid, but would an empty glass coke bottle work? any other ideas/suggestions?

Answer: aside from obtaining a vape, hiding it would require quite some skill. mom: hey johnny whats that under your shirt? you: nothing mom! geeze leave me alone. you walk away with a volcano hidden under your shirt. haha good luck me and a friend tried making one with an old lightbulb. needless to say it was a failure. not only could we not vaporize the weed, but we could not find a way to effiiciently inhale it. a coke bottle is way too thick to transfer that much heat to the bud to cause thc to vaporize. instead you could dremel a hole onto the side and insert a stem with bowl. fill with water and youve got a bongo.

Question: Is there anything bad about marijuana when you Vaporize it? I've been smoking for about 2 years and when i researched about it the only bad thing i could find on it (that wasn't propaganda) is the smoke effect on the lungs. I recently bought a Volcano Vaporizer because there's very little smoke in the bag and i'm just wondering if there's anything bad about it when you Vaporize. Aside from the Apathy and ****.

Answer: Vaporizers are completely safe at the right temperature. By safe I mean they are completely void of ANYTHING other than cannabinoids. Plus it tastes piney and smells awesome.

Question: What is the heat of vaporization if it takes 3452J of heat to completely vaporize 2.68 moles of the liquid? What is the heat of vaporization (kJ/ mol) if it takes 3,452J of heat to completely vaporize 2.68 moles of the liquid? Please show me HOW to do it as well ~

Answer: Molar heat of vaporization = Energy in KJ / Number of mols Now, 3452 J = 3452/1000 = 3.452KJ So heat of vaporization = 3.452 / 2.68 = 1.29KJ/mol

Question: Is it possible to vaporize serenity now? Can you vaporize any of the legal herbs that you can buy in a smoke shop (spArk 20, wisted, k2, spicy green etc.) and if you can vaporize thc doesn't it make sense that you can vaporize the chemicals In this?

Answer: At 6000 Celsius, everything is vapor.

Question: How much heat is required to vaporize it? A 100 mL sample of water is heated to its new boiling point. How much heat in kJ, is required to vaporize it? (Assume the density of water is 1.00 g/mL) (deltaH of vap = 40.7 kJ/mol)

Answer: 100 ml * 1g/ml * 1mole/18 g * 40.7 kJ/mol = 226.1 kJ

Question: If I'm trying to vaporize a chemical that's boiling point is about 1200 degrees celcius? Will it vaporize with a normal bic lighter? What is the best kind of flame to get close to this temperature?

Answer: Any form of butane jet lighter will do the job. The extra airflow (blowtorch effect) increases the temperature of the flame to about 1300 degrees Celsius. A good choice is butane powered soldering iron (under $20) which is effectively a high capacity jet lighter. Any other hand held blowtorch will do the trick. Bear in mind the heat transfer rate: unless its a very small amount of material you're talking about, it could take a while. It would also need to be well insulated. For an additional temperature boost heat it over glowing charcoal (which can easily get it to 1000 C). Preheating to that temperature range will dramatically speed up the process. Also note the difference in time required to vapourise substances that boil at 1150 C and 1250 C can be quite large. To go to higher temperatures requires either Oxygen for the flame or more energy intense fuels like Acetylene etc. (or both e.g. Oxy-acetylene torch ~3000 C)

Question: How much joules does it take to vaporize 1 kilogram of Titanium Alloy/Pure through heat? Rather simple. To vaporize 1 kilogram takes how many joules through heat for both pure titanium and titanium alloy?

Answer: The heat of vaporization for titanium is 425 kJ/mol. Figure out how many moles of titanium are in one kilogram (1000/Ti molar mass) and multiply that number by 425,000 to get the number of Joules. Rounding lazily, I get 8,925,000 joules; the actual amount should be less than this. As for the alloy, the answer depends on which one.

Question: How much heat is required to vaporize? I am stuck on this problem. Any help would be great. Thanks!!! A 45.0 mL sample of water is heated to its boiling point. How much heat (in KJ) is required to vaporize it? (Assume a density of 1.00 .) Assume density to be 1.00 g/mL

Answer: Heat of vaporization of water is 40.7 kJ/mol. You have 45.0 grams of water. Convert to moles and find heat: 45.0 grams x 1 mol/15.9994 grams = 2.812605473 moles 2.812605473 moles x 40.7 kJ/mol = 115. kJ They never told us who makes the light sabers. The villains just carried them.

Question: help finding out the heat energy required to vaporize 2 kg of water? What is the heat energy required to vaporize 2 kg of water (latent heat of vaporiztion is 2.26e6 J/kg)

Answer: Q = m x Hv Q = 2 kg x 2.26 x 10e6 J/kg Q = 4.52 x 10e6 J