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Observations:

It makes multiple bubbles

When it is cold, the bubbles get sucked down into the bottle

Questions:

Is that phenomenon because of the steam?

What would happen if it was at a different temps?

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The hot water made the bubbles go up and out of the bottle, and eventually popped. The cold water does the opposite of the warm water and makes the bubbles fall down. Why would this happen? Why wouldn't the warm water make the bubbles fall?

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Observations: It stops at a certain point when it's cold. It eventually pops up.

Questions: Why does it go under?

Why does it stop going down after a certain point when its in cold water?

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I prediction is the bottle would pop or like pop out of the water a bit

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I think that it will start to freeze the soap and the water.

I think that the hot water will boil the soap and the water.

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When it is hot, bubbles rise

When cold bubbles go down

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The bubbels go up in the hot water and down in the cold water.

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bubbles start forming when its put in the hot water and when it goes into the cold water the bubbles go back into the bottle.

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At a certain point the bubbles whont go farther down

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When the bubbles are in hot water, the bubbles start to go up.

When the bottle is in the cold water it starts to go to the bottom.

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When the bottle was in the hot water the bubbles came up out of the bottle. Since its like a lid the bubbles are pressing up against it.

When the bottle was in the cold water the bubbles went down back in to the bottle.

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the hot water brings the bubbles up and the cold brings the water down. How far can it go until the bubbles pop.

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cold=gases compressing

hot=gas expanding

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does the water need to be at the boiling point for the bottles to form

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how does it go up it looks like there is something pushing the bubbles up

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Observations: Hot water is boiling and cold water is freezing, In hot water bubbles expand and in the cold they decompress.

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Questions: What is the cause of this effect? Does it have to be at boiling point and freezing point to do this?

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Does the particle movement have to do with the bubble expanding? There's more than 1 bubble. Will the cold water make it pop as well? The bottle is plastic.

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Observations

.When the bottle goes into the hot water, the bubbles grow and get bigger.

.When you put the bottle in the cold water the bubbles go down, but only to a certain point.

Questions

What is there is a medium temperature? Will it stay the same?

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why doesn't the bubble pop

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i observed that in the hot water it grows and in the cold water it sucks. in the cold water it stops at a sertin point

a question is how does it work

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Observations

The bubbles in the hot water expanded medially

When in cold bubbles goes farther down but stop at a certain point

Questions

How fast do the gases travel in the hot and cold water?

How hot/cold could you make the water

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the bubble go down In cold and go up in heat and if you leave it for to long it will pop.

The bubble grow in the hot water.

the bubbles stop in the middle

Does it have to be at boiling point?

heat rises/cold falls

what would happen if you put it in lukewarm water?

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Observations: For hot it starts bubbling up and then for cold it retracts. It stops in the cold at a certain point. Hot water 210F Cold Water 32F.

Questions: Does it have to be at freezing or boiling temp? What if the temp was lower for cold and higher for hot, let's say the hot at 250F and the cold at 0F

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-The hot is expanding

-The cold is making it fall back

-To long in hot pops

-If in cold for to long stops eventually

-Can this be done in warm water that's not a boiling

-Squeezing= faster bubble rise

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The hot water is the boiling point and the cold water is the freezing point.

When you put it in the hot water, the bubble increases as it goes up and when you put it in the cold water, the bubble decreases as it goes in the bottle.

When you put it in the cold water long enough, it stops at a certain point and when you put it in the hot water long enough, it pops.

When you squeeze the bottle, the bubble increases and decreases faster.