Wax is a solid. Therefore a particle diagram of a candle, made of wax, would consist of rows of particles tightly packed together, with no spaces.
Hydrogen and Carbon
Probably it is simply burning the fish and oil particles out of the air.
To be honest i really don't kno but i need it for my science h/w 2morrow I've lookied everywhere, this site needs to be more detailed Lily-may said: Not sure how but you could spilt the candle in half and the do the physical on one side and the chemical on the other side.
A candle jar is an item used to hold and display a candle. Candle jars are popular for outdoor use as the candle is less likely to be put out by wind. Candle jars come in a variety of colours and designs and can be purchased from webpage stores such as Amazon.
in a colored candle there is wax
you may not see it but once you blow out the candle, small embers are still inside the wick of the candle and burning. because the embers are so small thriving off the air particles thus creating the smoke you see.Additional answerIt does smoke while burning, if you look closely enough. In fact, if you put a piece of glass or tin above the flame it will become blackened with smoke particles (carbon).
The particles which are in a fixed position because the candle is a solid heat up and vibrate more this makes the candle expand
The wax in the candle contains chemical energy. When you burn the candle the chemical energy is transferred into heat (thermal) and light energy. :)
Mostly unburned carbon particles.
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.
Heat is transferred to your hand by conduction. The particles of the wax are moving faster than the particles in your skin and energy is transferred by collisions between the two sets of particles.
The high temperature of a candle involves relatively little mass and hence, relatively few very fast moving particles. A bowl of warm water has tremendously more warm, and hence moderately fast moving particles. The difference in the number of particles (or molecules) in this case outweighs the difference in the speed with which they are moving.
Probably it is simply burning the fish and oil particles out of the air.
To be honest i really don't kno but i need it for my science h/w 2morrow I've lookied everywhere, this site needs to be more detailed Lily-may said: Not sure how but you could spilt the candle in half and the do the physical on one side and the chemical on the other side.
No it is not a colloid. Colloid is a kind of solution in which the size of solute particles is intermediate between those in true solutions and those in suspension.
A candle
A candle can be illuminated usually when you light it... That's the whole point of a candle. A candle can be illuminated usually when you light it... That's the whole point of a candle.
The wax and the wick burn, but not completely, the unburnt part being mainly carbon n the form of very small particles. These are quite hot and glow white, yellow, and red, and are resonsible for the 'flame' and its colour. After the particles leave the immediate area of the flame they cool down and don't glow any more. They are now the smoke.