# data[].attributes.body
I think that the cold water is going to make the air particles slow down and the hot water is going to make the air particles vibrate and get hot.

# data[].attributes.body
I think that when it is cold nothing will happen to the bubble or air besides it cooling down. But in the hot water I think the air will rise up and make the bubble grow.

# data[].attributes.headline
I think when the bottle is in contact with the hot water the bubble will get bigger because the particles in the air will get warmer and spread out more and it will be the oppisite for the cold water, the bubble will get sucked inside because the air particles are getting closer together

# data[].attributes.subject
I think when the bottle is in contact with the hot water the bubble will get bigger because the particles in the air will get warmer and spread out more and it will be the oppisite for the cold water, the bubble will get sucked inside because the air particles are getting closer together

# data[].attributes.body
I think that when the bottle is dipped into the cold water it will shrink a little bit, and when it is dipped into the very hot water, it will expand to its original from.

# data[].attributes.body
when in the cold nothing will happen because the water can't get in.

But on the hot water the vapor will pop the bubble

# data[].attributes.body
For the hot water I think that the air inside the bottle is going to heat up. I think this because I think that having the hot water pressure to the air inside the cup will get it going and the lid will definitely help the air from leaving the cup. And I think that the particles are going to move faster.

For the cold water I think that the paricles are going to slow down and not leave because of the lid.

# data[].attributes.body
i think when it is in contact with the cold water it will tighten because of the particles

i think the hot air in the bottle will let the particles spread because it is hot.

# data[].attributes.body
I think when you put the bottle in the hot water the air will get hotter and the K.E will increase. Because heat makes more KE

I think when you put the bottle in the cold water the KE will slow down. Because the colder it gets the less KE.

# data[].attributes.body
When the bottle comes in contact with cold water the bottle will stay cold for a while, but eventually the water will get warmer and so will the bottle.

When the bottle comes in contact with the hot water it will get kind of hot, but eventually go back to room temp.

# data[].attributes.body
1. When the bottle is in contact with the hot water, I think some heat from the water will transfer to the bottle, which will transfer to air, making it warmer and making the particles move faster. This is how heat travels.

2. When the bottle is in contact with the cold water, I think the air will lose heat and the particles will move slower. The heat will go through the bottle and transfer to the water.

# data[].attributes.body
Think that the air in the cold water will move around in the cold water and soon it might start to get cold. And for when the air is in the hot water I think air will maybe the air particles will vibrate a lot faster.

# data[].attributes.body
I think that when the bottle goes into the cold water the air particles will go slower, and in the hot water the particles will go faster.

# data[].attributes.body
I think the cold water will make the air inside cold as well because the cold water particles might transfer to the bottle and then transfer to the air inside.

I think the hot water will make the air inside the bottle warm, steamed, and foggy because the hot water particles might transfer to the bottle and then transfer to the air inside.

# data[].attributes.body
I think after the bottle comes in contact with the hot water it will make because of the heat going up and when the bottle comes in contact with the cold water the bubbles will go back in

# data[].attributes.body
i think the air is going to get much colder. i think the bottle will get hattoer but the air wont.

# data[].attributes.body
I think that when you put the bottle in contact with cold water the bubble will stay the same and nothing will happen to the bubble

I also think that when you put the bottle in contact with hot water the bubble will pop because of the hot water will spreed out the air more than the cold.

# data[].attributes.body
1. I think the air in the bottle with the cold water will get cold when it comes in contact with thr cold water

2.i think when the air comes in contact with the hot water it will get hot

# data[].attributes.body
I think when the water bottle with air comes in contact with cold water nothing will happen besides the air getting cold. I think this because when something cold comes in contact with air nothing normally happens

I think when the water bottle with air comes in contact with hot water the air with start to leave the cup like steam and it will evaporate. I think this because when something is really hot it starts to steam then the water will start to steam.

# data[].attributes.body
I think that the water bottle in the hot water it will make the air hotter that is in the bottle becasue it is in a like pool of it and it is hotter then the air outside.Ithink that when the bottle goes into the cold make the air colder becasue it is going into like a pool of cold water so the air will be colder.

# data[].attributes.body
I think that the cold air will get cold because, its like the bath unit. Maybe, sense the bottle is going in cold water the articles will freeze/get colder and the air ill be cold. same with the hot water the particles will get hotter and so will the air because, the particles are moving faster. so both air´s will change temps

# data[].attributes.body
1. I think it will turn into cold air and evaporate over time because I think air when its in a closed system it takes turns colder or warmer

2. it will evaporate quicker and it would turn in to steam I think this because air gets colder or warmer

# data[].attributes.body
I think that because it is cold water, the air particles will move slower because there is less kinetic energy when it is colder so it will move slower and have less kinetic energy

I think that because it is hot water, the air particles will move faster than they move in the cold water because they have more kinetic energy then they do in the cold water. Also, I think that eventually, it will get steamy inside the water bottle because it's hot.