What is the temprature of a wood fire?
83789
it depends completely onthe type of wood that you are burning ... some woods burn hotter than others.
236151
In a fireplace or outside?  Outside, gas usually get things moving quickly, although, if the wood is wet, gasoline doesn't do much.  When I have started bonfires outside with wet wood, I've made a big pile of wood and put one duraflame log on each side of the pile.  That helped to get things going and the duraflame logs burn long enough to really keep things going.\n\nIn a fire place, you really need to start with small kindling, like pine cones, small dry twigs, medium sized dry sticks, and then let that catch on.  Put large pieces of wood around it, but not big logs.  You have to start small and build up around that.\n\nOther things that work good to get a fire started, you can roll up newspaper, soak it in molten candle wax, then let it dry.  That works out as a good, solid way to get the fire going.  They also sell things in WalMart and places like that that are like Duraflame logs, only much smaller.  Its really just sawdust soaked with wax.  It gets a fire started pretty good too.
328983
Not possible because three conditions have to be present for fire to occur.  Fuel, oxygen, and heat.  Remove any or all (in this case, heat due to the freezing) and the fire goes out.
886009
You don't need heat as much as you need an oxidizing agent.  You could try dousing the stump with a concentrated solution of potassium (or sodium) chlorate or nitrate, let it dry, and then use an incendiary to set fire to it.  But by far the easiest way to dispose of a stump is to attack it with a stump chipper, which will turn it into wooden slivers.
997556
Most woodstoves today are lined with firebrick which means the actual temperature of the iron in a woodstove will be quite low, relative to 1000C.\n\nIn an unlined woodstove, the iron does in fact burn off very slowly. It will likely just burn the surface layer. However, over the years, an unlined wood-burning stove will eventually "burn out" and must be repaced. I have experience with many woodburning sauna heaters which have burned out after a decade or two of heavy use.
753596
It's generally around 62- 68 degrees.\n\nThat's Fahrenheit,not Celsius !
393952
*\n      Elements of Combustion (Fire Triangle)\n    *\n      All required for a fire to occur.\n    *\n      Trend is to include “Chemical Reaction” as fourth element (Fire Tetrahedron).\nFire Properties & Chemistry\n\n    *\n      Solids do not burn. Gases burn.\n    *\n      Fuel must release gases/vapors – may require heating. (Ray Bradbury – Fahrenheit 451)\n    *\n      Fuel gases must mix /w Oxygen in proper proportion (Lean / Rich - Flammable Range).\n    *\n      Must be a source of ignition.\nFire Terms\n\n    *\n      Flash Point\n    *\n      Flammable Range (Lean/Rich)\n    *\n      LEL/UEL (LFL/UFL)\n    *\n      Ignition Temperature\n    *\n      Flammable vs. Combustible liquids\n    *\n      Bonding and Grounding\n\n\nNotes:\n1 - Flash Point – minimum temperature a fuel must be heated before it will ignite\n2 - Flammable Range (Lean/Rich) – when there is an appropriate fuel/air mixture for combustion I.e. not too lean (too little fuel), not too rich (too much fuel)\n3 - LEL/UEL (LFL/UFL) – Lower Explosive (Flammability) Limit / Upper Explosive (Flammability) Limit. These are the upper and lower limits of the Flammable Range.\n4 - Ignition Temperature – How hot the ignition source has to be – usually higher than the flash point.\n5 - Flammable vs. Combustible liquids – Flammable liquids have flash points less than 100F for OSHA rules, 140F for DOT rules, and 140F for EPA Hazardous Waste rules (EPA uses the term “ignitable” instead of “flammable”). Combustible liquids have flash points higher than those. Flammable liquids are at or above flash point at normal/ambient temperatures.\n6 - Bonding and Grounding – refers to procedures to dissipate static electricity during handling or transfer of flammable/combustible liquids. Bonding means to electrically bond 2 containers. Grounding means to electrically connecting them to ground.\nClasses of Fires\n\n\nNotes:\nClass A – most common fire. A burning house is a class A fire.\n\nClass B – at home would occur with household chemicals (paint, strippers, solvent cleaners, etc.) or fuels (gasoline, oils, etc.) or in the kitchen with grease.\nlass C – danger from live electricity. GET POWER TURNED OFF.\n\nClass D – many metals will burn magnesium, aluminum, metallic sodium, are examples. Metal burns easier if it is in powder form or chips. Putting water on a metal fire is very dangerous – it may explode.\nFire Extinguishant Materials\n\n    *\n      Water - class A only - cools /removes heat\n    *\n      Dry Chemical - class A, B, or C - interferes with chemical reaction\n    *\n      Carbon Dioxide - class A, B, or C (usually C) - removes Oxygen / smothers fire\n    *\n      Halon – (being phased out - ozone) class A, B, or C (usually C) - removes Oxygen / smothers fire\n    *\n      Metl-X - class D only - specialized dry chemical for metal fires\n    *\n      Foam – Class B, holds down vapors\n\n\nNotes:\nHalon – Is a chloro-fluorocarbon (CFC), concerns about ozone layer depletion.\n\nFoam – Usually used by professional fire fighters.
48987
About 72 degrees. This answer was gotten by averaging the monthly temperatures in the table below.
59240
depends mainly on the chemicals in the wood because it has to be extremely hot for a blue or green or any color except red/orange/yellow flame. If you want to have some fun with the color you can do this:\nCopper sulphate=green/blue flame\npotassium cloride= purple/blue flame\nstrontium cloride= brilliant red\nboron(borax)=pure green flame\nLithium= red\nplace something sith one of those elements or compounds in a fire and you will get the color flame listed.
3360
The inner most part of t he burning candle is 800 degrees centigrades. The outer parts are somewhat less hot by a 100-200 degrees.
1052621
4.4 degrees celcius (40 Fahrenheit)
354323
Best go to the site of your fire wall.\n\nHope this helps.\n\nGood Luck.
422428
Fire requires fuel, heat, and energy to exist so as long as it gets started with enough heat (ie: match friction), and has enough to burn (wood, fuels), and oxygen as another source of fuel, it will burn.
1158172
Kindling temperature is the temperature at which the reaction is fast enough to proceed without further addition of heat from the outside. The kindling temperature for many substances varies and often depends on how finely divided the substance is. When the heat released during a slow reaction remains and raises the temperature of the reacting substances to the kindling temperature, spontaneous combustion may occur. A common example of such a reaction that has caused many tragic fires in peoples' homes is when rags containing paints, paint thinners, or lacquers are stored without enough circulation of air to carry off the heat produced by the slow oxidation of the solvents by oxygen in the existing air: the heat of reaction accumulates and raises the temperature of the system above the kindling temperature, and spontaneous combustion occurs.
941745
Watch channel 9 news  they will show you and tell you when you can burn fire places they are blue days red days you can`t burn wood. after July 1st next year you may not be able to bur fire places at all
141448
A lot of bones don't burn either.  At least, not in a regular fire.  The temperature needs to be about 1,800 degrees fahrenheit for the bones and teeth to burn.
840456
fire = jul, aug, sep\nair = oct, nov, dec\nearth = jan, feb, mar\nwater = apr, may, jun