I. Statement of Purpose and Hypothesis:
My topic was about burning candles. I wanted to find out what
color candle would burn the fastest. My hypothesis stated
that, if I burned five candles, one red, one white, one yellow,
one purple, and one blue, then the white one would burn the
fastest.
II. Methodology
I tested my hypothesis by burning five candles. The materials
that I used were a ruler, stop watch, black maker, candles,
candle holders, and matches. The variables that were kept the
same were the candle's brand, when we started to burn them, the
length and width of the candle, room temperature, and distance
between the candles. The only thing that was different was
that the candles were different colors. To carry out my
project I first set up the candles four inches apart. Then I
marked a line one inch down form the wick on each candle. Then
I lit them all at once. Next, I started timing how long it
took each to burn. I stopped timing when the mark on each
candle was gone. Finally, I recorded my data.
III. Analysis of Data:
The white candle didn't burn the fastest. The fastest burning
candle was the yellow one which took twenty-two minutes and
twenty seconds, then red which took twenty- four minutes and
thirty seconds, then blue which took twenty-five minutes and
eleven seconds, then the white candle which took twenty-five
minutes and twenty seconds, and then the purple one which took
twenty-six minutes and one second.
IV. Summary and Conclusion:
I found out that the fastest burning candle was the yellow one.
Therefore, I reject my hypothesis which stated that the white
one would burn the fastest. If I could do this experiment
again I would make a few changes. I would make the mark on the
candle two inches down instead of one inch down. I would also
try other brands and colors of candles.
V. Application:
I learned that, if I ever wanted candles that burn fast, then I
should get light colored candles because they burn the fastest.
Color really has an effect on burning candles
The color of a candle does not affect its burn time. The burn time of a candle is determined by its size, wax type, and wick quality.
Yes, the thickness of a candle can affect its burn time. Thicker candles tend to burn for a longer time compared to thinner candles due to the larger amount of wax they contain. Thinner candles typically burn faster because they have less wax to consume.
Yes, room temperature can affect the burn rate of a candle. Candles may burn faster in warmer temperatures as the heat can melt the wax faster. In colder temperatures, candles may burn slower due to the wax hardening more quickly.
Candle wax can provide fuel for the flame, allowing the candle to burn. It also helps to shape and hold the wick in place. Additionally, certain types of candle waxes can impact factors such as burn time, scent throw, and appearance of the candle.
Coloring of a candle does not affect the burn time of candles. Larger wicks on candles may cause it to burn faster, and the type of wax used also affects burning rate. Soft wax, typically found in jars, has a higher oil content, which allows it to burn faster. Pillar candles most commonly use harder wax, which will burn slower.
The color of a candle does not affect its burn time. The burn time of a candle is determined by its size, wax type, and wick quality.
Yes, the thickness of a candle can affect its burn time. Thicker candles tend to burn for a longer time compared to thinner candles due to the larger amount of wax they contain. Thinner candles typically burn faster because they have less wax to consume.
Yes, room temperature can affect the burn rate of a candle. Candles may burn faster in warmer temperatures as the heat can melt the wax faster. In colder temperatures, candles may burn slower due to the wax hardening more quickly.
Yes, the size of a candle can affect how fast it burns. A larger candle typically has more wax, so it may burn for a longer period of time than a smaller candle. However, other factors such as the type of wax, wick size, and environmental conditions can also influence the burning rate of a candle.
Burning a candle is the process in which the wick is burnt. The wax is there to make the wick burn slower in order to let the candle burn for longer. Melting wax is part of the process but not burning the candle itself.
To make a candle burn green, you can use green colored wax or add green dye when making the candle. Be cautious when adding dyes to wax as using too much can affect the burning properties of the candle. Additionally, using eco-friendly and non-toxic dyes is recommended for safety.
It depends on what kind of wax that the candle is made out of
No. Not all candles are made of wax. A candle can be made of soap, oil, fat.
when a candle burns, the wax is reacting with oxygen in the air to give out heat and light. If you give the candle more oxygen then it will burn brighter, but it will burn out more quickly. It all depends whether the candle has a high or low concentration of oxygen. The main reason why the candle burns brighter is because there is a better chance that the oxygen will bump into the wax on the wick. when a candle burns, the wax is reacting with oxygen in the air to give out heat and light. If you give the candle more oxygen then it will burn brighter, but it will burn out more quickly. It all depends whether the candle has a high or low concentration of oxygen. The main reason why the candle burns brighter is because there is a better chance that the oxygen will bump into the wax on the wick.
Candle wax can provide fuel for the flame, allowing the candle to burn. It also helps to shape and hold the wick in place. Additionally, certain types of candle waxes can impact factors such as burn time, scent throw, and appearance of the candle.
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.
This is not a simple answer additives in the wax, length of the wick, the width of the wick, or even the wick type, whether the wax is free standing or in an container, or even if the candle has been over dipped. All of these factors make it practicably impossible to answer your question correctly. Gel Wax has a higher melt point about 180°F to 230°F Bee's wax has a longer burn rate then when compared to paraffin and melts around 144 to 147 °F paraffin melts around 117°F to 147°F