Recent content by ucody0911

of course , RHS upwards forces depends volume flows and LHS depressions i just wanted clarify that those F2 , F3 and F4 forces are equal like hydrostatic forces of previous talked subject . Replied as all 3 hydrostatic forces are equal, now here in this case , downward...

consider , left side depression and right side rises are same for all 3 cases , and A2/A1 = 4 , F1 =100 N then F2 will be 400 N for 1 st case . F3 and F4 will same as 400 N ?

so then what is the amount of force F2 and F3 ?

T piece is just hollow piston , therefore hydraulic pushing force exerted on upper side of T piston which has top area of A2

Hello All, :) Please see the picture , input force F1 and area A1 and second area A2 are all same for 3 cases . in case 2 and 3 , red open outline represents a free-to-move , ie , "T" piece move upward for the 1st case , output force F2 should be F2=A2/A1 x F1 , by pascal's principle ...

Hello All, pls see picture , input force F1 and area A1 and second area A2 are all same for 3 cases for the 1st case , output force F2 should be F2=A2/A1 x F1 , by pascal's principle , what about output forces of F3 and F4 ? can be same as F2 ? how i calculate them ? thanks

had feeling like that, angry teacher is RINGING BELL in school boy's ear and screaming as "NO " and "WHY " and reminding Newton's or pascal's law , i thought that this forum is not for school boys to help to make their homework , but may be my question is kind of level of school knowledge...

so and my question is also for F3 :)

question is : is F3 not equal to F1 and F2 ? is less than F1 and F2 ? "why ? " - just very needs to clarify for this . :)

F1=F2 = pgH x A = 1000 x 9.8 x H x 3.14 x D x D / 4

drawing is half cross sections of cylinders ,

canceling case of falling , just consider , T piece is fixed and stationary

lets consider 2 cases , 1. T piece is stationary fixed , welded along x axis 2 . T piece is falling down

hello all , 1st and 2 nd water containers sit on ground and 3rd type of water container sit on fixed support along X axis and bottom parts are suspended in air , pls see picture , the drawing is half cross sections of cylinders All water level heights H and tubes D diameter are same ...

thank you haruspex , Steve4Physics and others , i understood well