If one end of a candle is very hot, with the other end feel hot? That is your answer.
As a candle burns, it converts the chemical energy in the wax to heat and light energy.
It is potential energy inside the candle and wick and then made into light and heat energy by combustion
If one end of a candle is very hot, with the other end feel hot? That is your answer.
The candle wax melted with the application of heat, as this happened the wax particles ceased to have restricted movement and began to move freely.
One example is a lit wax 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.
the wick Burns but it produces heat that melts the wax
Candle wax contains paraffin which melts quickly after it touches fire. And the paraffin also can hold more heat
You can, but you need a mould, and heat.
Candle wax consists of long chain hydrocarbons these are all covalent compunds there are no free electrons to conduct electricity or heat
As a candle burns, it converts the chemical energy in the wax to heat and light energy.
The lighted candle burns wax for fuel. The heat from the flame melts the nearby wax, and it is drawn to the flame through the wick. The wick is slowly consumed by the flame, but the wax is the main fuel.
Get some brown paper and place it on the wax. Heat up your iron and iron over the paper. The heat will melt the wax and the paper will absorb it.
If one end of a candle is very hot, with the other end feel hot? That is your answer.
It is potential energy inside the candle and wick and then made into light and heat energy by combustion
An exothermic reaction involves the release of heat into a system. The burning of a candle is combustion reaction. Combustion reaction release heat, and this can be detected and measured by the burning of a candle's wax. From these testable observations it is determined fact that candle burning is indeed exothermic.
Yes, wax in a candle is one of the two substances that causes the candle to burn (oxygen is the other.) The reactants are therefore wax and oxygen, and the products are carbon dioxide and water vapor (and heat/light.)