When something melts, particles(atoms) are going from a sold to a liquid form of the same atom. Therefore, the particles spread apart from eachother, but bc of the Law of Conservation of Mass, do not disappear.
The wick and the wax are all burned in the process. Burning of the wax and wick in air could generally be looked at as a process of oxidization. The chemical bonds that hold the hydrocarbon chains together in the wax are broken by the heat, and the atoms of carbon and hydrogen recombine with oxygen to create (mostly) water and carbon dioxide. The reactions liberate heat (it's an exothermic reaction), and the heat "feeds" the reaction and it will continue. The wick is, or course, chemically different from the wax, but the largely carbon and hydrogen molecules will undergo a similar chemical transformation. The wick is oxidized, too. It should be noted that the combustion process produces a number of chemical byproducts other than water and carbon dioxide. It's just that those two are the major resultants. Among the byproducts released is some "stuff" that we label as incomplete combustion byproducts. But there are few of them. With the candle burning in open air, the combustion cycle will be largely "completed" on the fuel (the wax and wick). The resulting chemical end products are largely innocuous and are safe to be around. (The threat of a fire started by a candle towers over any other hazard this item poses.)
There is a chemical and physical. physical :
They change state from solid, until it melts and turns to liquid, and then if melted even it could turn to gas, sending sent throughout the air.
the product is incomplete combustion of paraffin wax and is soot.
You can melt any remains of old candles down to make new ones, but the burning of a candle uses most of the solid wax as fuel, which goes into the atmosphere.
In a traditional candle, the part that burns is the wick. The wick is typically a braided or twisted cord made from natural fibers, such as cotton or hemp, or sometimes from a blend of natural and synthetic materials. If you happen to have time, Please check Ohcans candle. We have more details about candle on our blogpost.
What are the physical properties of unlit candle
Ice melts because the atoms around the ice are moving faster (because they are warmer). So the faster moving atoms bump into the slow ones (the ice), and make the slow particles move faster a little bit at a time. and the slow particles make the fast ones slow down a little bit. Until all particles are moving the same speed. this is how ice melts.
A burning candle produces thermal energy and light.
No if the candle not lit it probably won't melt
It sure does and trickles down the candle
wax do not freeze on top of the candle because the heat on top of the candle makes it melt and as we know heat makes solid melt.
It matters how big the candle is then you do how fast the fire burns the candle.
Wax.
NO
no
Gold
The particles which are in a fixed position because the candle is a solid heat up and vibrate more this makes the candle expand
Because! :)
candle wax
That all depends on the: - size of the candle - type of wax used to make the candle - the wick used in the candle