The exercise does not mention the height of barrel, so let's say the height is 8cm, please explain why we need to add 12cm and 8cm to find delta P? Thanks a lot for your help! Hello, can you help me with Physics - Fluid question? Thanks a lot! In working out his principle, Pascal showed dramatically how force can be multiplied with fluid pressure. He placed a long thin tube of 0.30 cm radius vertically into a 20 cm radius wine barrel. He found that when the barrel was filled with water and the tube filled to a height of 12 cm, the barrel burst. (b) Calculate the pressure difference. There is a picture as below: R = 20 cm r = 0.30 cm 12 cm

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The exercise does not mention the height of barrel, so
let's say the height is 8cm, please explain why we need
to add 12cm and 8cm to find delta P? Thanks a lot for
your help!
Hello, can you help me with Physics - Fluid question?
Thanks a lot!
In working out his principle, Pascal showed dramatically
how force can be multiplied with fluid pressure. He
placed a long thin tube of 0.30 cm radius vertically into a
20 cm radius wine barrel. He found that when the barrel
was filled with water and the tube filled to a height of 12
cm, the barrel burst.
(b) Calculate the pressure difference.
There is a picture as below:
R = 20 cm
r = 0.30 cm
www
12 cm
Transcribed Image Text:The exercise does not mention the height of barrel, so let's say the height is 8cm, please explain why we need to add 12cm and 8cm to find delta P? Thanks a lot for your help! Hello, can you help me with Physics - Fluid question? Thanks a lot! In working out his principle, Pascal showed dramatically how force can be multiplied with fluid pressure. He placed a long thin tube of 0.30 cm radius vertically into a 20 cm radius wine barrel. He found that when the barrel was filled with water and the tube filled to a height of 12 cm, the barrel burst. (b) Calculate the pressure difference. There is a picture as below: R = 20 cm r = 0.30 cm www 12 cm
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