 | Mrs. Marcet (Jane Haldimand) - 1821 - 366 pages
...a cubical vessel the pressure downwards will be double the lateral pressure on one side: for every particle at the bottom of the vessel is pressed upon...to gravity. Mrs. B. And yet it is a consequence of their pressure downwards. When, for example, you pour water into a tea-pot, the water rises in the... | |
 | Mrs. Marcet (Jane Haldimand) - 1821 - 350 pages
...a cubical vessel the pressure downwards will be double the lateral pressure on one side ; for every particle at the bottom of the vessel is pressed upon...unaccountable, as it is in direct opposition to gravity. Sure downwards. When, for example, you pour water into a tea-pot, the water rises in the spout to a... | |
 | Mrs. Marcet (Jane Haldimand) - 1824 - 370 pages
...a cubical vessel the pressure downwards will be double the lateral pressure on one side; for every particle at the bottom of the vessel is pressed upon...the surface, where the particles have no pressure. J Caroline. And from whence proceeds the pressure of fluids upwards? that seems to me the most unaccountable,... | |
 | Mrs. Marcet (Jane Haldimand), Thomas P. Jones - 1826 - 286 pages
...a cubical vessel, the pressure downwards will be double the lateral pressure on one side; for every particle at the bottom of the vessel is pressed upon,...direct opposition to gravity. Mrs. B. And yet it is in consequence of their pressure downwards. When, for example, you pour water into a teapot, the water... | |
 | Mrs. Marcet (Jane Haldimand), John Lauris Blake - 1826 - 308 pages
...a cubical vessel the pressure downwards will be double the lateral pressure on one side ; for every particle at the bottom of the vessel is pressed upon...it is in direct opposition to gravity. Mrs. B. And yej it is a consequence of their pressure downwards. When, for example, you pour water into a tea-pot,... | |
 | Levi Washburn Leonard - 1827 - 398 pages
...cubical vessel the pressure downwards will* be double the lateral pressure on one side ; for every particle at the bottom of the vessel is pressed upon...the surface, where the particles have no pressure. The upward pressure of fluids may be shown by a machine, called the hydrostatic bellows. It consists... | |
 | Levi Washburn Leonard - 1830 - 350 pages
...a cubical vessel the pressure downwards will be double the lateral pressure on one side ; for every particle at the bottom of the vessel is pressed upon...the surface, where the particles have no pressure. The upward pressure of fluids may be shown by a machine, called the hydrostatic bellows. It consists... | |
 | 1832 - 650 pages
...a cubical vessel, the pressure downwqrds will be double the lateral pressure on one side, for every particle at the bottom of the vessel is pressed upon...the fluid, whilst the lateral pressure diminishes equably from the bottom upwards to the surface, where the particles have no pressure. The pressure... | |
 | 1832 - 642 pages
...the lateral pressure on one side, for every particle at the bottom of the vessel is pressed upon by n column of the whole depth of the fluid, whilst the lateral pressure diminishes equably from the bottom upwards to the surface, where the particles have no pressure. The pressure... | |
 | 1832 - 640 pages
...pressed upon by a column of the whole depth of the fluid, whilst the lateral pressure diminishes equably from the bottom upwards to the surface, where the particles have no pressure. The pressure of fluids upwards, though it seems in direct opposition to gravity, is also a consequence... | |
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No; in a cubical vessel the pressure downwards will be double the lateral pressure on one side: for every particle at the bottom of the vessel is pressed upon by a column of the whole depth of the fluid, whilst the lateral pressure diminishes from the... 
