| Robert Woodhouse - 1821 - 922 pages
...elapsed during P's motion from A to P : then if AM = - : — x 2 A MB, M will be the place of the period point that moves uniformly, whilst P is that of the...the angle ACM can always be immediately found (see I. 2.) we may vary the enunciation of Kepler's problem, and state its object to be, the finding of... | |
| Robert Woodhouse - 1821 - 1068 pages
...elapsed during P's motion from A to P : then if AM = — —t X 2 AMB, M will be the place of the period point that moves uniformly, whilst P is that of the...is called the True Anomaly. Hence, since the time (/) being given, the angle ACM can always be immediately found (see 1. 2.) we may vary the enunciation... | |
| Robert Woodhouse - 1823 - 466 pages
...during P's motion from A to P : • then if AM = : — X 2 A MB, M will be the place of the period point that moves uniformly, whilst P is that of the...is called the True Anomaly. Hence, since the time (?) being given, the angle ACM can always be immediately found (see l. 2.) we may vary the enunciation... | |
| Thomas Curtis - 1829 - 852 pages
...describes the ellipse, let t denote the time elapsed during P's motion from AtoP; then if A M2 M ^ ^ the place of the point that moves uniformly, whilst P is that of the planets; the angle is called the mean .anomaly, and AEP the true anomaly. 603. Hence, as the angle... | |
| Thomas Curtis (of Grove house sch, Islington) - 1839 - 906 pages
...denote the time elapsed during l"s motion from It \ MH A to P; then if AM-noJlc t~ f . -M will b>the place of the point that moves uniformly, whilst P is that of the planets ; the angle is called the mean .anomaly, and AEP the true anomaly. 003. Hence, as the anStp... | |
| |