The sand would stop a fire if the candle tiped over or at minimize the severity of the fire.And as the colour of both sand and candle flame is same.Thus, sand actually reflect most of the light produced by the candle to the surrounding making the light even brighter.
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Sand is a good material to have around a lighted candle because it can smother the flame by cutting off its oxygen supply, helping to extinguish the fire quickly and effectively. Additionally, sand is non-flammable and can absorb heat, reducing the risk of the fire spreading to other materials.
No, a candle is not a good conductor of heat because it is made of wax which is a poor conductor. The heat from the flame is transferred mainly through convection as the heated air rises.
No, a material with outer electrons that are free to move easily is a good conductor of electricity, not a good insulator. Insulators are materials that have tightly bound outer electrons, which do not move easily, leading to limited flow of electricity.
If one end of a candle is very hot, with the other end feel hot? That is your answer.
Wax candles are poor conductors of heat because wax is a good insulator. This means that they do not transfer heat efficiently and are slow to melt compared to materials that are good conductors of heat.
No, wax candles are not good conductors of electricity. Wax is an insulator, meaning it does not allow electricity to flow through it easily. Therefore, attempting to use a wax candle to conduct electricity would not be effective.