 | Sir Richard Phillips - 1826 - 254 páginas
...vacant spaces between them, in the same manner as there are vacuities between cannon balls that are piled together ; between these balls smaller shot...quantity of particles of sugar- can be taken up in water without increasing the bulk; and when the water has dissolved the sugar, salt may be dissolved... | |
 | Mrs. Marcet (Jane Haldimand), John Lauris Blake - 1826 - 308 páginas
...support could be afforded by the legs, for the particles no shot may be placed.and between these, other still smaller, or gravel, or sand, may be diffused....manner, a certain quantity of particles of sugar can betaken up in water without increasing its bulk, and when the water has dissolved the sugar, salt may... | |
 | Sir Richard Phillips - 1826 - 236 páginas
...vacant spaces between them, in the same manner as there are vacuities between cannon balls that are piled together; between these balls smaller shot may...between these, others still smaller, or gravel, or sand, maybe diffused. In a similar manner, a certain quantity of particles of sugar can be taken up in water... | |
 | Mrs. Marcet (Jane Haldimand) - 1837 - 358 páginas
...support could be afforded by the legs, for the particles no shot maybe placed, and between these, other still smaller, or gravel, or sand, may be diffused....quantity of particles of sugar can be taken up in water without increasing its bulk, and when the water has dissolved the sugar, salt may be dissolved... | |
 | 1838 - 348 páginas
...vacant places between them, in the same manner as there are vacuities between cannon balls that are piled together ; between these balls smaller shot...quantity of particles of sugar can be taken up in water without increasing the bulk, and when the water has dissolved the sugar, salt may be ilissnlved... | |
| |
... piled together ; between these balls smaller shot may be placed, and between these, others still smaller, or gravel, or sand, may be diffused. In a similar manner, a certain quantity of particles of sugar- can be taken up in water without increasing... 