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Hydraulic pressure demonstration with Pascal’s law
Information
Video published by Physics4Life
In this video by Physics4life, meaning physics for life, an experiment shows that a small glass of colored water can break a glass jar if it is connected by a sufficiently thin tube to the roof of the high school where the demonstration takes place.
In short, the higher it is, the more pressure there is, regardless of the amount of water that may be on either side.
So there is as much pressure in a tube at the bottom of a 45 m height as there would be at the bottom of the ocean at a depth of 45 m.
Hydraulic pressure demonstration with Pascal’s law
Information
Video published by Physics4Life
In this video by Physics4life, meaning physics for life, an experiment shows that a small glass of colored water can break a glass jar if it is connected by a sufficiently thin tube to the roof of the high school where the demonstration takes place.
In short, the higher it is, the more pressure there is, regardless of the amount of water that may be on either side.
So there is as much pressure in a tube at the bottom of a 45 m height as there would be at the bottom of the ocean at a depth of 45 m.
Hydraulic pressure demonstration with Pascal’s law
Information
Video published by Physics4Life
In this video by Physics4life, meaning physics for life, an experiment shows that a small glass of colored water can break a glass jar if it is connected by a sufficiently thin tube to the roof of the high school where the demonstration takes place.
In short, the higher it is, the more pressure there is, regardless of the amount of water that may be on either side.
So there is as much pressure in a tube at the bottom of a 45 m height as there would be at the bottom of the ocean at a depth of 45 m.