.... .. , • 32. And therefore, if when the middle Point is at the Surface of the Water m Equilibria, the Index T be fet to the middle Point a of the graduated Wire rs, and the Diilance on each Side ar and a; contain 100 equal Parts ; then, when in weighing Bodies the Weight...

...become one grain lighter or heavier. Therefore, if, when the middle point is at the furfnce of the wi;er in equilibrio, the index T be fet to the middle point a of the graduated wire r í. » i ;• s, and the diñante on each fide ar and ñs, contain an hundred equal parts, then,...

...Therefore, if when the middle point is at the fbrface of the water in equilibrium, the index T be fet tothe middle point a of the graduated wire rs, and the diftance...if in weighing bodies the weight is required to the hundredth part of a grain, it may be eafily had by proceeding in the following manner : Let the body...

...lighter or heavier. Therefore, if, wl:en the middle point is at the furface of the water in equilibrium, the index T be fet to the middle point a of the graduated wire rj, and the diftance on each fide ar and ai contains 100 equal parts; then, if in weighing bodies the...

...heavier. Therefore, whe* the middle point Is at the surface of the water in equilibno, the ind;x T be set to the middle point a of the graduated wire rs, and the distance on each side aland as contains 100 equal parts; then, if in weighing bodies the weight is...

...Therefore, if, when the middle point is at the surface of the water in equilibrium, the index T be set to the middle point a of the graduated wire rs, and the distance on each side or and as contains 100 equal parts : then, if in weighing bodies the weight is...

...Therefore, if, when the middle point is at the surface of the water in equilibrium, the index T be set to the middle point a of the graduated wire rs, and the distance on each side ar and at contains 100 equal parts; then, if in weighing bodies the weight is...