# data[].attributes.body
1. I think that the air inside the bottle when it is in contact with the cold water will get much colder, and the bottle will feel very cold.

2. I think that the air inside the bottle when it is in contact with the hot water will warm up, causing the bottle to feel very hot and the bubbles to pop.

# data[].attributes.body
#1: I think that with the cold water the bubble from the soap will go down and most likely pop.

#2: I think that with the hot water, the bubble will rise, form a sphere, and then pop because of the heat.

# data[].attributes.body
When the air in the bottle is in contact with cold water, the air will stay the same.

When the air in the bottle is in contact with the hot water, the air will start to raise and pop the bubble.

# data[].attributes.body
1. When the cup hits that hot water, I think the soap at the top will create a bubble because the hot air will rise and put pressure on the soap, causing the layer of soap to bend then pop.

2. When the cup hits the cold water, I think the bubble at the top will immediately start to fall because the cold water will cool down the hot air.

# data[].attributes.body
Hot

I think when the bottle gets dipped into the hot water the air will rush to the top making a bubble from the soap.

Cold

I think when the bottle is dipped into the cold water the bubble from the air will go into the bottle causing a bubble inside the bottle

# data[].attributes.body
I think the air in the bottle will cool down when in contact with the cold water because the cold water will sort of let off cold air into the cup.

I think the air will warm up when the bottle is in hot air. I think this because the warm air will release heat into the bottle.

# data[].attributes.body
1)I think that the air in the bottle when it is in contact with cold water will get cooler, because when 2 states of matter meet they attempt to meet temps.

2) I think that the air in the bottle when it is in contact with warm water will warm up because when 2 states of matter meet they try to match temperatures

# data[].attributes.body
I think that if you put the bottle in cold water and the air is warmer then the water the air temp will cool down and the KE levels would lower but nothing will happing to the soap

I think that if we put the bottle of air in hot water and the water was hotter than the air in the bottle the air in the bottle would gain KE and movement speed and the soap from the bubble would start rising and pop

# data[].attributes.body
#1 When the air in the bottle comes in contact with cold water I think the air temp won't change much, maybe it will decrease by -2 but other than that I don't think much will change.

#2 When the air in the bottle comes in contact with hot water I think the air will become more heated but I also think that the bubble will rise and pop because of the fast moving gas particles.

# data[].attributes.body
#1: I think that the air will cool down because it will transfer energy to the water leaving it with less energy.

#2: I think the air will warm up because the hot water will transfer energy to the air making it warmer.

# data[].attributes.body
1.) i think that when the bottle is in contact with the cold water nothing will happen.

2.) I think that when the bottle is in contact with the hot water since hot air rises the air will go into the soap and create a bubble.

# data[].attributes.headline
I think that the air in the bottle will get colder and compress in the bottle when it is placed over the cold water, and I think the air in the bottle will  move more and make pressure in the bottle when over hot water.

# data[].attributes.subject
I think that the air in the bottle will get colder and compress in the bottle when it is placed over the cold water, and I think the air in the bottle will  move more and make pressure in the bottle when over hot water.

# data[].attributes.body
1. I think when the bottle comes in contact with cold water the air closer to the bottom would be colder and the air closer to the top would be the same.

2. I think when the hot water comes in contact with the bottle the hot air particles will pop the bubbles.

# data[].attributes.body
1- COLD For the cold water surrounding the air inside the bottle, I think that the air particles inside the bottle will slow down, and transfer less energy. I also think that not just the bottom of the bottle that is in contact with the cold water will cool down, but the entire bottle because of the particles transferring energy.

2- HOT For the hot water surrounding the air inside the bottle, I think that the air inside will warm up and the particles will move faster, causing the heat to rise and pressure to build up and eventually pop the bubble.

# data[].attributes.body
#1: I think that when the bottle is in contact with the cold water the bottle will get colder and slowly warm up the air in the bottle. I think this because when you put something into cold water it gets colder, then the coldness will spread into the air inside of the bottle.

#2: I think that when the bottle gets in contact with the hot water it will warm up the bottle. After a couple of minutes or seconds, I think that the heat will slowly start transferring into the air that is inside of the bottle.

# data[].attributes.body
1.I think that the cold water will make the air colder and make the bottle colder.

2.I think the air in the bottle will gain KE and heat because when a state of matter gains temp. it gains KE

# data[].attributes.body
1. I think that the air inside the bottle will get colder when it is in contact with the cold water because of the heat transfer.

2. I think that the air in the bottle will get warmer when it is in contact with the warm water because the water will heat up the cup.