...vertical and base downwards i.-f filled with equal volumes of liquids whose densities are as 3 : 1 ; 3 prove that the pressure at a point in the base is (3 — v^) times as great as when the vessel is filled with the lighter fluid. 8. Explain how the specific...

...common surface makes with the vertical the angle tan" ' (p - <r)/(p + a). [Jesus Coll., 1886.] 13. A hollow cone, whose axis is vertical and base downwards,...prove that the pressure at a point in the base is (3 - ,/4) times as great as when the vessel is filled with the lighter fluid. [MT, 1870.] 14. A uniform...

...of the centre of pressure of a parallelogram one of whose sides is in the surface of the fluid. 4. A hollow cone whose axis is vertical and base downwards...prove that the pressure at a point in the base is (3 — v'ä) times as great as when the vessel is filled with the lighter liquid. D. Describe the aneroid...

...point ? Find the pressure at a given depth in a liquid whose surface if subject to a given pressure. A hollow cone, whose axis is vertical and base downwards,...prove that the pressure at a point in the base is (3 — \/4) times as great as when the vessel is filled with the lighter fluid. 2. Shew how the mean transverse...

...the common surface makes with the vertical the angle ton"1 (p - <r)/(p + <r). [Jesus CoU., 1886.] 13. A hollow cone, whose axis is vertical and base downwards,...prove that the pressure at a point in the base is (3 - </4) times as great as when the vessel is filled with the lighter fluid. [MT, 1870.] 14. A uniform...

...the other side there is fresh water ; find its depth if the thrusts on the two sides are equal. 20. A hollow cone, whose axis is vertical and base downwards,...liquids whose densities are in the ratio of 3 : 1 ; shew that the thrust on the base is (3 - ^4) times as much as it is when the vessel is filled with...

...the other side there is fresh water ; find its depth if the thrusts on the two sides are equal. 20. A hollow cone, whose axis is vertical and base downwards,...liquids whose densities are in the ratio of 3 : 1 ; shew that the thrust on the base is (3 - $-1) times as much as it is when the vessel is filled with...

...homogeneous liquid the difference uf pressure at two points varies as the difference of their depths. A hollow cone, whose axis is vertical and base downwards, is filled with »qual volumes of two liquids that do not mi* and whose densities are in the ratio 3 : 1 ; prove that...