...the sum of the deviations, or the total deviation observed, should be divided between the stations, in the inverse ratio of the squares of their distances from the centre of gravity of the mountain, as is stated above. The Baron makes it in the direct ratio of the...

...the sum of the deviations, or the total deviation observed, should be divided between the stations, in the inverse ratio of the squares of their distances from the centre of gravity of the mountain, as is stated above. The Baron makes it in the direct ratio of the...

...the sum of the deviations, or the total deviation observed, should be divided between the stations, in the inverse ratio of the squares of their distances from the centre of gravity of the mountain, as is stated above. The Baron makes it in the direct ratio of the...

...necessary, so far as they partake of the former character. It is not necessary that bodies should attract each other in the inverse ratio of the squares of their distances : had it been the ordinance of God, it would have been in the ratio of their cubes. When, however,...

...1* " f* ' the third law ; we see that the forces which urge two different planets towards the sun, are to each other in the inverse ratio of the squares of the distances ; so that the same law which regulates the intensity of the force in a single orbit,...

...T2 " r/2 ' the third law; we see that the forces which urge two different planets towards the sun; are to each other in the inverse ratio of the squares of the distances ; so that the same law which regulates the intensity of the force in a single orbit,...

...number of forces, just as the weight of a body is the resultant; /'"' 1. 1 '\ \ \ \ 1 f \ *^ 1 \ v' t of the forces separately impressed by gravity on its...the inverse ratio of the squares of their distances from^the pole, and that by the composition of these a resultant is produced, which varies in the inverse...

...their volumes directly as the cubes of the diameters in the unit of each, we find that these cubes are to each other, in the inverse ratio of the squares of the planet's distances ; for, 2.21s : 0.59s : : I3 : 5.2", showing that both planets have condensed...

...their volumes directly as the cubes of tho diameters in the unit of each, we find that these cubes are to each other, in the inverse ratio of the squares of the planet's distances ; for, 2.21* : 0.593 : : T : o.2a, showing that both planets have condensed...

...M' r8 T'2' the third law; we see that the forces which urge two different planets towards the sun, are to each other in the inverse ratio of the squares of the distances ; so that the same law which regulates the intensity of the force in a single orbit,...