The size of the wick dertermines how large the flame is.
Because the pool of wax on the tip of the candle drowns the wick slightly, where as a longer wick can burn freely.
Yes thicker candles do burn longer than thin ones. This is because of the amount of wax of the candle.
It is more material to be melted and burned.
yep it makes it longer
the one with the thickest wick.The flame from the candle melts the fuel (beeswax, tallow, cocoa butter, paraffin, or other hard waxy fat substance) which is then drawn up the candle wick and fed to the flame. The thicker the wick, the more fuel can be fed to the flame, making the flame bigger and hotter and using up the candle faster.
Candle burns with a yellow flame because its an incomplete combustion. The temperature of the flame also relates to its colour and also the trace metal ions present will influence the flame colour.
the heat of the hot flame is transferred to the colder candle hey brookie bee i hope this helps i got it from study island good luck :)
First of all we will have to know that what is a flame made up of,a flame is made at a point where fuel and oxygen combine,so in case of both candle and coal there is a fuel ie.wax in candle and coal is itself a fuel.................but if we just think till this much then even coal should produce flame but it doesn't go like this ,actually we are missing something ie. hydrogen(the main component in every flame producing substance).........if hydrogen is not there flame will not be produced .So wax has hydrogen atoms whereas coal doesn't because coal has been burnt before and hydrogen has been used.................that is why hydrogen containing waxy candle produces flames whereas already burnt coal just gives heat not flames. Hope this helps.
A small stable flame of a candle has a lot less black smoke than a larger flickering flame. Air around the burning candle causes this to happen.
Because a larger beaker has more air init than a smaller one, so the candle has more oxygen to feed the flame.
250-300 British Thermal Units (BTUs) in a standard candle like a tea candle. More or less with larger or smaller candles.
The flame of a candle is a source of light.
the one with the thickest wick.The flame from the candle melts the fuel (beeswax, tallow, cocoa butter, paraffin, or other hard waxy fat substance) which is then drawn up the candle wick and fed to the flame. The thicker the wick, the more fuel can be fed to the flame, making the flame bigger and hotter and using up the candle faster.
candles burn as much wax as the wick can bring to the flame. It is typically a constant amount of wax being burned. Smaller diameter candles have less wax and therefor run out of wax to burn sooner.
A candle flame is seen because it consists of glowing gases.
well both an animal and a flame candle need oxygen to survive
I can think of three ways whereby a candle could produce electricity: 1). Heat water with the flame. When the water boils, use the steam to spin a turbine mounted to an electrical generator. 2). Place the flame close by a photovoltaic cell, which can convert a part of the candle's heat and light to electrical energy. 3). Place a pinwheel behind the candle flame, attached to an electrical generator, and wait for someone to come along and blow out the flame.
The candle burns with a single flame.
The flame of a candle is a source of light.
No, baking soda decomposes when heated to produce carbon dioxide which will extinguish the flame.
Increased air currents (wind) affect the flame. As it blows around, it heats a greater area of the upper portion of the candle wax and a larger area of the wax becomes molten and becomes vaporized by the heat of the flame.