HANSCHETI

Write some heights of mercury on both sides and of water on one side.

Compute the hydrostatic pressure at the bottom.

Both sides create the same pressure, deduce the necessary water height, remembering that higher mercury at one side means lower at the other.

can you please provide with an example

and formula to calculate other height

In a u shape tube of one inch diameter if we add some mercury(*)
what will be the minimum height of water(: ) to increase the mercury level by 1 inch

|:|...........| |
|:|...........| |
|:|...........| |
|:|...........| |
|:|...........| |
|:|...........| |
|:|...........| |
\*\____ /*/
.\ ******* /

actually i found most of my answer at the lisk below regarding the qts

thanks any ways for your time and considerations

http://faculty.wwu.edu/vawter/PhysicsNet/Topics/Pressure/HydroStatic.html

i am pasting link for anyone else who MIGHT need this info

thanks in advance

based on the image

if a funnel shape cola bottle of two liter is replace by water upside down position

what will be the force on the liquid right under the water and on the side as extended

please provide with detail formula if possilble.

Hi
I am not an Engineer or physicist this is something my idle mind came up with..

in the picture above you will see that two lever will move to container up and down when water/liquid in them is moved that will shift the gear left and right and that will rotate the gear 180 degree to start jobs ladder which will be turning the small gear which will be used to transfer the water from one bowl to another and even the weight from the lowering container can be used to do same

now i was wondering that since the water container does not need to place very far vertically will the siphon law and some use of the some gear say four of it be used to do so.....

i have read somewhere that capillary action have limit of around 32 feet due to atmospheric pressure i may be wrong.

But what if we use multiple capillary to runs small turbine like in image

how viable will it be for running small light in a house

HI EVERY ONE

I AM SORRY IF I HAVE UPSET YOU ALL

I am not in USA i am in india

and i ties making a small model but like i said in earlier post using mercury and water, water is available but pure mercury is very expensive and waste mercury is very hard to find because of toxic nature

any ways will try make a model first and then discuss. lets see where i can find mercury

thank you very much for your valued feedback and precious time.

in the image the big wheel will rotate small wheel connected to a generator the for is generated by pulley attached to shaft or small wheel fixed to big wheel and is lifted manually

i am not an expert that's why i need your help. Please consider it 12 grade or high school

to run an set of led bulb to light a small room for 24hrs using this gear motor what will be the weight needed

@Strange I agree i said its possible but have to change the model a bit

since i cannot disclose it i request you to assume till then.....

hi every one i agree its not possible to keep liquid in J Shape in open container

@mikehanson even i want to disclose the idea to get better discussion for the idea but i am sorry

ok just for the discussion point

if we use two different density liquid say mercury and water and SOME HOW i mean ASSUMING if the Left hand side water is keeping mercury in j shape(I PLEASE REQUEST YOU TO ASSUME IT DOES) then....

i really regret this impossible assumption but if this is possible then will the string heavier then water and lighter then mercury rotate......

Pleased see Assumed Model

I came across a website www.lhup.edu which shows how and why many models will not work. Initially i read and left the webpage but later while thinking i thought what if we can achieve the position as mentioned in the website Buoyancy motor #1


This seems to be impossible but what if we can keep the liquid in "j" shape one in the colour image will it be able to generate electricity.


reference:
http://jshapeliquid.blogspot.in/
https://www.lhup.edu/~dsimanek/museum/unwork.htm#buoy1