Narrowing Candles Experiment

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Sometimes, a power shortage can occur in your neighborhood. In my book, whenever a shortage does occur, my family and I resort to grabbing candles from a cabinet in the back and lighting it in order to receive at least some light. However, something interesting oddly compelled me to research. This thought came to mind because we usually used the plain white candles anyone could purchase at the dollar store. Then, it hit me. We could also use color dye candles not only for their scent, but maybe they could serve a better purpose and provide light for a longer amount of time. Hence, I decided I wanted to test this theory.
To continue, I want to test which of the different types of candles will last longer in terms of the flame, or the light. …show more content…

In this case, my independent variable is the candle because the color does not change throughout the experiment. Furthermore, my experiment will not contain an approximate time limit. For an example, the candles will not have to start burning in under three or four minutes. In this amount of time, the flame is slowly but surely consuming the wick and the fuel source, or the wax. However, the candles will be timed using a device that could record time. Most likely, if one candle finishes before another, this is a point where one candle was inevitably better than the other because it lasted longer. However, a possibility of both candles ending at about the same time is still likely. Both candles will consume their fuel before the time ends as well. Moreover, each of the times, as to be expected, might not be differentiate each time in the trials. To explain, because their brands and colors won’t likely change, their times should line up equally during tests. Although the chemicals in a colored candle are added for scent, they may vary in how big or thick the candle is. This won't likely affect its melting time, because the chemicals are not added for duration. However, only the size of the candle could affect the rate of which the candle burns but the candles will be identical in each trial. This varies in size though because not only is the height being measured, but also the width or circumference must be identical. To summarize, in my experiment, my white candle will be the independent

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