Part, §

 1 Int    |           which by the power of the atmosphere, would effectually draw
 2 Exp    |            pressed downwards by the atmosphere or the weight of the air.~ ~
 3 Exp    |          piston just as much as the atmosphere presses on the piston from
 4 Exp    |         withstand the weight of the atmosphere upon the piston, which is
 5   I,  1|      derived from the weight of the atmosphere, which presses in all directions
 6   I,  3|             the weight of the whole atmosphere (those versed in natural
 7   I,  3|           the pressure of the whole atmosphere against the bottom, thus
 8   I,  3|           the pressure of the whole atmosphere above the piston; but in
 9   I,  6|           upper ones, as far as the atmosphere extends above the surface
10   I,  6|      skålpund, so the weight of the atmosphere is pressing the piston down
11   I,  7|           vice versa, depths of the atmosphere: e.g. in the deep mines;
12   I,  7|                   The height of the atmosphere in English miles~ ~ ~ ~Diminishing
13   I,  7| corresponding to the heights of the atmosphere can easily be calculated
14   I,  8|             the whole weight of the atmosphere.~ ~
15   I, 11|           causing the weight of the atmosphere to bear upon the piston