flame
it's a candle from the wax it makes the fire heat up
Yes ... oil, diesel fuel, gasoline.
there is no real reason to believe that a blue candle would burn any faster than a white candle!! the reason a candle burns at all is due to the wick and type of wax the candles are made from for example: a beeswax candle is of thicker material than candles made from animal fat or petroleum!! one exception might be if the colorant of the blue candle was made of a more flammable compund such as phosphorus (the basis for napalm bombs that burns intensely and quickly - don't get it on your skin)!!
The difference is not significant and other factors may intervene.
White candles do not necessarily burn faster than colored candles. The rate at which a candle burns depends more on factors such as the type of wax used, the size of the wick, and the presence of additives or fragrances in the candle. Color alone should not significantly impact the burning speed of a candle.
None, other than doing an interesting experiment.
You light the fire first. You can than use the fire to light everything else.Answer:Light the candle first. You may not be successful at kindling the fire; then you'd be left with nothing.
The White Candle Company in the United Kingdom sells many items other than candles. Three of these items include glassware, home furnishings, and wedding accessories.
Oh, absolutely! Placing a candle in sand can actually be quite safe as long as you take some precautions. Make sure the sand is dry and the candle is secure in the sand to prevent it from tipping over. Always keep an eye on the candle while it's burning to ensure it stays contained and doesn't cause any accidents.
Yes, a soy candle is more environmentally friendly than a normal candle. Soy candles are made from 100 percent soybean wax which does not release toxins while burning. Also, soy candles are water-soluble and a renewable resource!
Rubber typically takes longer to burn than a candle because rubber is a much denser and more durable material compared to the wax in a candle. Additionally, rubber often requires higher temperatures to ignite and sustain a fire.
Candle wax has a higher energy content per unit weight compared to alcohol. When candle wax burns, it undergoes a chemical reaction that releases more heat energy than alcohol when it is burned. Additionally, candle wax burns at a higher temperature than alcohol, leading to the production of more heat.