..."• t=7 <l gether upon the axis mn, but - — ~ — are not attached to it. Likewise the wheels f and g are fixed together, and revolve freely round...epicyclic train, through which the train-bearing arm kl receives an aggregate rotation, which we shall presently calculate. As an example of the second...

...is employed as a driver, and has firmly secured to it two wheels, a and /z, the first of which gears with the wheel, b, and thus communicates motion to...wheel, g, which thus gives motion to the last wheel, f. Motion communicated in this way to the two ends of the train produces an aggregate motion of the...

...driver, and has firmly secured to it two wheels, a and h, the first of which gears with the wheel, 6, and thus communicates motion to the first wheel, c,...wheel, g, which thus gives motion to the last wheel, f. Motion communicated in this way to the two ends of the train produces an aggregate motion of the...

...wheel 6, and thus communicates motion to the first wheel с of the epicyclic train, and the wheel A drives the wheel g, which thus gives motion to the last wheel /. Motion communicated this way to the two ends of the train produces an aggregate motion of the arm...

...is employed as a driver, and has firmly secured to it two wheels, a and /z, the first of which gears with the wheel, b, and thus communicates motion to the first wheel, ¿, of the epicyclic train, and the wheel, h, drives the wheel, g, which thus gives motion to the last...

...is employed as a driver, und has firmly secured to it two wheels a and Л, the first of which gears with the wheel b, and thus communicates motion to the first wheel с of the epicyclic train, and the wheel Л drives the wheel g, which thus gives motion to the last...