How hot is the flame of one candle?
455855
The temperature of the candle is measured in kelvin scale . it varies between 1800 to 1850 degrees kelvin.Zero Kelvin (not zero degree Kelvin) corresponds to -273.15 degrees Celsius, so ice melts at +273.15 K and water boils at +373.15 K.( 100 degrees celsius) .so in degrees celsius it would range from 1576.85 to 1526.85°celsius..hope this answers your question.
615160
go out with the hottest 1.
899400
zone?  luminous flame?\n\nwhat's the question?????
1155530
hmm well ethanol is flammable anyway so you could just put some in a container and light it on fire. I don't think it would make a very good candle though. Probably wouldnt be very good to breathe in either. I think they make a kind of ethanol gel you could use too.
436044
Standard enthalpy of formation 227 KJ/mol\nStandard enthalpy of combustion -1300 KJ/mol\nStandard entropy 201 J/K/mol
83789
it depends completely onthe type of wood that you are burning ... some woods burn hotter than others.
912095
One, as far as I know.
216745
One unit kelvin, or 5/9 degree farenheit
196912
d iron it is heated very hot and it melt
174393
Here's the answer to be very precise:\n\nTemperature without drawing:\n\nSide of the lit portion: 752 deg F\nMiddle of the lit portion: 1112 deg F\n\nTemperature during drawing:\n\nMiddle of the lit portion: 1292 deg F\n\nThus, if a burning cigarette falls on gasoline, it can instantaneously cause fire and explosion as the auto ignition temp of gasoline is around 500 deg F.
478556
Candlelight...or,better yet,crackling fireplace;)
267748
it depends on the wick
672861
(m)\n\ngoto the following website for ur answer\n\n\nhttp://www.woodrow.org/teachers/esi/1998/p/carboncycle/candle.html
995475
You mark each candle in four equal sections. each section is 15 minutes. you burn three sections to find 45 min and six sections to find 1.5 hours.
832651
A candle flame is often used to illustrate the complicated physio-chemical processes of combustion. The flame surface itself represents the location where fuel vapor and oxygen mix at high temperature and with the release of heat. Heat from the flame melts the wax at the base of the exposed wick. The liquid wax rises by capillary action up the wick, bringing it into closer proximity to the hot flame. This close proximity causes the liquid wax to vaporize. The wax vapors then migrate toward the flame surface, breaking down into smaller hydrocarbons enroute. Oxygen from the surrounding atmosphere also migrates toward the flame surface by diffusion and convection. The survival and location of the flame surface is determined by the balance of these processes. \n\nIn normal gravity, buoyancy-driven convection develops due to the hot, less dense combustion products. This action has several effects: (a) the hot reaction products are carried away due to their buoyancy, and fresh oxygen is carried toward the flame zone; (b) solid particles of soot form in the region between the flame and the wick and are convected upward, where they burn off, yielding the bright yellow tip of the flame; (c) to overcome the loss of heat due to buoyancy, the flame anchors itself close to the wick; (d) the combination of these effects causes the flame to be shaped like a teardrop.
125327
I'll bet around 150+ we start to cook, although we're not really flamable. Im sure it could be extrapolated by how low you can cook a chicken in the oven at lowest temp.\n\nSkin doesnt melt it chars. We're not flamable, but we certainly can burn. Burning starts to really occur once the area has completely been depleted of water.\n\nDont confuse burns with flamable people...
1085438
You have forgotten the elements of fire. You need fuel, heat and oxygen. Too much oxygen or air like blowing on a candle doesn't allow for heat to burn the fuel, in this case the wick of a candle. It takes time for combustion to happen in the case of a candle since it's so small. You can't say the same for a forest fire or a building on fire. But dowsing it with water like a fire hose will eventually prevent combustion from happening.