Recent content by JABAS

So, no. Ok thank you. Sopiecentaur, you said "It will only support up to 10m (approx). If not, water in the tube will drop until it is." So if ,in the last drawing, if they were 15 meter tall. Filled static and closed. And then opened would water in the first would drop until its weight...

Also, sorry didnt mention before, not static but opened at the bottom and a little submerge in a liquid.

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Thank you all for your replies and your time! It is very appreciated! Please see attachment.

So, a 10 meter tall tube of water of any thickness is able to over come atmospheric pressures and draw/pull/or create a vacuum to create steam or kind of boil water at room temperature. My question is... can a vessel with a small top and larger bottom (""holding the same or greater volume or...

That would make the next 1 cm colume next to the center one totally supported bt the angled roof above. How can there be no side ways force to some percent on the next over colume? I've read the papers seen the math. Makes no sense

So the pressire or gravity or draw of the weight of water dropping does not change from the 1 cm coluum of water? No matter the shape or quanity of water below A? So just the colume of 1cm pulls at "b" or "a"? Thank you so much for you time. Signed simplton!

Does the cone shape and extra water below the colum of water of 1 cm increase the pressure/vacuum effect at "B" or "A"? Is it simular to an inverted cone dependant on angle of sides of cones, when looking for pressure at the bottom of a cone or cylinder? In simple terms, how? Basic maths only...