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When we lit the candles and covered them with the glass jar, we saw the flames go out after a few seconds. What seems to be happening is that the flame burns through all the oxygen particles inside the container and once there is no more oxygen (which fire needs to burn) the flames die out. The lack of oxygen particles creates a lower pressure inside the container which then makes the water want to enter the container. This creates a suction like feeling when you take the container off the candles as the water attempts to enter the lower pressure area. The changing variables are pressure and temperature while the constants are volume and amount of particles (Direct: P = T).

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After I lit the candle and put the jar over it, the water slowly began to gather and push the candle up. The flame kept surviving for about twenty seconds until all of the oxygen was disposed of and the flame went out.  After the flame went out water was pushed into the jar, due to the pressure change. The constants are the volume and number. The changing variables are the pressure and temperature, P=T.

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After the glass is placed over the cands, setting the volume, the air both is heated and used up by the candle.  As the candle goes out the temperature and pressure drop causing the water to be pushed in to the space engulfing the candles. When the glass is removed from the water there is a suction like sensation. P = T

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After putting the jar over the lit candles, the candles went out pretty quickly as the oxygen was used up. Then some water was sucked up probably resulting from the difference in pressure. Constants: Number, Volume. Changing: Pressure, Temp. P=T

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After placing the jar over the li candles, they went out because they sued all of the oxygen in the jar. Then, a small amount of water moved into the jar where the candles are.

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I lit the candle and put the measuring cup over it. The candle quickly went out, and as soon as it stopped burning the water was sucked into the cup. The volume and temp were constant variables, and the pressure and amount of gas particles were changing.

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lit the candles, then put the mason jar over them and almost instantly they went out, the oxygen the flame needed gone now. once they went out the water quickly was pulled/pushed into the jar, the volume and temp were constant and the pressure and the amount of particles/molecules present.

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After we lit the candle and placed the glass over it, the flame went out quite quickly. Right after it went out, the water rose up in the glass. This was probably because of the change in pressure and temperature from the fire. When we lifted the glass off of the candle, there was a suction created between the cup and the water.

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After lighting the candles and placing the glass over them, the flame was quickly extinguished, probably because of the sudden lack of oxygen in the small environment of the glass. When the flame went out, the water in the tray was sucked up into the glass, probably as a direct result from the change in pressure and temperature in the glass. Constant - temperature and volume, changing - pressure and amount of molecules in volume. Direct: P = N

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I put the candles in the water lit them and then put the cup over it. The flame went out after a bit but once it did the pulled the water into the cup and once the water stopped rising in the cup i pulled the cup off and there was a suction between the cup and the water inside of it.

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When I put the beaker over the candles, the flame extinguished and the water started to rise, although not too much because the container wasn’t tall. When the temp decreases, the volume of the gas decreases and the water rises up.

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I put the tealights in the water then lit the candles and put the container over them. as the air in the container heated up, it sucked up alll the water into the containter.

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Right- So basically I put my candles in the water and with the help of my lovely mother, I was able to discover that not a whole lot happened. I expected a big explosion, but perfectly shows an example of what we are learning. Basically when the glass was over the candles, it glass started to steam up and the candles started to go out. Yet, when I took the glass off, there was a suction of sorts. I think that the changing variables were the pressure and the temperature as the constant variables were the volume and the amount.

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For me it didn't have a huge effect because the flame was very small. Eventually the flame died completely. The temperature and the number of particles changed. The volume was the same and the pressure was the same because The pressure was all pushing from the outside.

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When I put the glass over the candles, the air inside cooled down because the candles went out and be cause it cooled down, the pressure was decreased on the inside so the water was sucked inside. It made a funny noise too.

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I added some steam into the vase before I put it over the candles. The number of particles stays the same and the temperature decreases so a vacuum is created which makes atmospheric pressure push the water up into the vase.

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As the fire started to go out the water rose in side the cup. I think the constants of the gas were the amount of particles(n) its volume where as its changing variables were its temperature and the pressure.