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Observations: The bubble goes up in the hot water and down in the cold water.

It also makes a sound in the cold water. The cold bubble is hiding.

Questions: Why does heat make the bubble go up and cold make it go down?

Why is the cold bubble hiding?

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Observations:

when dipped in the hot water the soap forms a bubble and rises.

when dipped in the cold water the bubble starts to lower and go away or pops.

Questions:

why does the hot water cause the bubble to form

what in the cold water makes the bubble pop or lower down?

Is the bubble rising acting like the cloud and hail forming In the cloud and the water act as cold and hot temperature?

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For the hot, the bubbles get really big and get big enough to pop, but when you but the bottle in the cold, the bubbles shrink and get really small until they pop.

When you put it into the cold, the bubble goes inside the bottle, and then you put it back in hot and it goes back outside of the bottle.

Why do they get really big for the hot water, but then shrink a lot for the cold?

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I see that when it is in the hot water the soap starts bubbling but when you put it into the cold water the bubble goes inside into the cup.

I wonder if the bubbles represent hail

Why does the soap bubble?

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When the bottle touches the hot water, the bubble at the top grows in size.

The same is true but the opposite with the cold water coming in contact with the bottle because the bubble gets smaller.

After long enough in the hot water the bubble pops.

Does it have something to do with the air particles spreading out when there is a higher temp?

Does it represent the air in a hail cloud?

Would we have different conclusions if the bottle was bigger/smaller?

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Observations

When its in the cold the bubble decreases, even going inside the bottle.

When the bottle ones in the hot the bubble blows up making a bubble on the top of the lid

Questions

Does it pop? - yes

When you put it in the hot is the air pushing up making the bubble?

When you put it in the cold water is the air being pulled back down?

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The air in the bottle tries to escape when over hot water because hot air rises, and the air in the bottle compresses when over cold water. (extra prediction) (With a bottle cap, over the hot air, the bottle might explode, and over the cold air, the bottle will get squeezed inward.)

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-When the bottle is placed in the hot water the bubble lid starts to foam up.

-When the bottle is placed in the cold air, the bubble lid goes down.

-The bubble pops once it is placed in the hot air for a long time

- When the bottle is in the cold air for a long time, the bubble goes under and inside of the bottle.

Questions

Is this representing the cloud?

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The bubble rises when it goes into the heat

The bubble shrinks when in goes into the cold

The heat creates a kind of a foamy bubble mixture not just one big bubble.

The bubble goes inside if you keep it in the cold for long enough

Does the length and width of the bottle have to do with anything?

Does this happen because of the particles?

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I noticed that the bubble blew up when the bottle was touching the hot water. The bubble shrank when in contact with cold water. I wonder what causes the bubble to shrink. The bubble popped when in the hot water for too long. Would the bubble fully disappear if the bottle was in the cold water for long.

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Observations:

Bubbles were made when the bottle was put into warm water

The bubbles disappear when the bottle was put into the cold water

It reminds me of doing something and erasing something

The bottle represents the air

The bubbles will pop if you keep the bottle in the warm water for a long time

Questions:

How does this work?

Why when you put the bottle in the cold water the bubbles disappear?

Why does it get foggy?

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Observations:

When the water bottle was put into the warm water bubbles formed

The bubbles got smaller and then disappeared when it was put in the cold water

The bottle might represent the air

Questions:

What causes the bubble to form

Does the bubble represent anything

What makes it so that the bubble pops in the cold water

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Questions: What if this is what happens in the cloud to make hail? Why does the hot air always expand? Why does the cold air always retract?

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Observations:

Bubble gets bigger in hot, and gets smaller in cold.

The hot particles move quickly into the top and grow the bubble.

The cold moves slow and makes the bubble smaller. The outside air has more KE and is trying to move in making the bubble go inside.

Questions:

How does this work?

What are the particles doing?

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The Bubble starts getting bigger in the hot water.

The Bubble starts to decrease in size when it is in the cold water.

The bubble starts expanding until it pops in the hot water.

The bubble goes inside the bottle when in contact with the cold water.

Is the bottle representing an air vacuum in a thunderstorm cloud and when the hot air rises it goes above the freezing point and the air is representing the water molecules that freezing when the past the freezing line and form ice and when it gets to heavy it falls?

# data[].attributes.body
Observations: When it is put in hot water the bubbles rise and pop.

When it is cold the bubbles get smaller and pop.

The hot air pushes the bubbles up which means it could be trying to escape.

The bubble will pop if it is in the hot for too long.

Questions: Does this represent hail.

Why does the soap sink in and rises out.

# data[].attributes.body
Observations:

When put in the hot water the soap turns into a bubble

In the cold water the bubble sinks down

The inside of the cup starts to get foggy in the hot water

When the cup is in the hot water for a long time the bubble pops

The bubble turns the opposite way ( like a bowl) when in the cold cup for a while

Questions:

Why does the hot air rise?

How does the soap stay in a bubble shape?