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1.) I think that when we put the bottle in contact with the cold water, heat will transfer from the bottle to the water because heat travels from hot to cold.

2.) I think when the bottle comes in contact with the hot water that it will make the air inside warmer because the heat will travel from the hot to the cold.

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1. I think the gases/air inside the plastic bottle will start to slow down because of the the cold water.

2. I think that the gases/air inside of the plastic bottle will start to warm up because of the hot water and there will be a higher amount K.E. And the bottle might start to fog up because of the high temp.

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I think when it comes in contact it will turn into a mix of liquid and gas creating mist.

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Hot water contact: I think that when the air in the bottle comes in contact with the hot water it may get steamy inside and might build up condensation on the inside.

Cold water contact: I think the air inside the bottle may become colder, and the outside of the bottle will be come cold, when it is in contact with the cold water.

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I think the temp from the air will go into the cold water because the air will be warmer.

I think that the temp from the warm waters temp will go in the air because air is colder.

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hot water I think that air will have steam in it because it is hotter

Cold water I think the air inside will be colder and the outside air will become colder

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1. I think that when the bottle with the air touches the cold water it will make the particles in the bottle will slow down and not move as fast. I think this because when a particle touches something cold the particle will cool down.

2.I think that when the bottle comes in contact with the warm water it will expand a little and pop the soap bubble, I think this because heat expands things so it would make the particles go faster and make the bottle expand a bit

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I think that with the cold one the bottles air K.E is going to clam down and slow down, and the bubble wont pop. I think when we put it in the hot water the bubble is going to pop from the amount of K.E in the bottle and the air in the bottles K.E is going to get faster and speed up

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I think when the bottle is in contact with cold water the air temperature will change to cold because the outside of the bottle is cold

When the bottle is in hot water the temperature air will get hotter because the out side is hot.

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I think when the bottle comes in contact with the cold water the KE will slow down and the bubble will go back into the bottle and pop. When the hot water comes in contact the bottle I think that the KE will rise and the bubble will pop.

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When it comes into contact with cold water, the air in the bottle's particles slows down and loses K.E., transferring the K.E. it loses to the cold water.

When it comes into contact with cold water, the air in the bottle's particles speeds up and gains K.E. as it warms up.

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HOT WATER

I think that when you put the bottle in the hot water, the gas particles inside the bottle will warm up and the particles will get very fast.

COLD WATER

I think that the gas inside the bottle will cool down and the particles will slow down

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I think in the cold water the particles will slow down and the outside of the botlle will cool down.

In the hot water I think the gas in the bottle will get foggy and the bottle will be hot

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When it is in cold water the bottle will compress because the cold water will make the air particles cold and then they will be closer to eachother

When it is in warm water the bottle will expand because the warm water will make the air particles warm and then they will go further apart from eachother