Two bodies whose weights are known, lying on a smooth horizontal plane, are connected by a flexible line passing through a small ring fixed at a given point between them ; in this position a given velocity is Communicated to one of them in a direction... New Series of The Mathematical Repository - Page 209de Thomas Leybourn - 1806Affichage du livre entier - À propos de ce livre
| University of Cambridge - 1804 - 252 pages
...a flexible line passing through a small ring fixed at a given point between them ; in this position a given Velocity is communicated to one of them in...direction perpendicular to the line that joins their centers, and the other is made to move directly towards the ring : investigate the motion of the projected... | |
| 1804 - 476 pages
...a flexible line passing through a small ring fixed at a given point between them; in this position a given velocity is communicated to one of them in...direction perpendicular to the line that joins their centers, and the other is made to move directly towards the ring: investigate the motion of the projected... | |
| 1806 - 470 pages
...flexible line pafling through a linull i mi' Kxed at a given point between them ; in this pofitiona given velocity is communicated to one of them in a...to the line that joins their centres, and the other is made to move direcily towards the ring : inveftigate the motion of the ptoji'tted body> and find... | |
| 1821 - 464 pages
...a flexible line passing through a small ring fixed at a given point between them ; in this position a given velocity is Communicated to one of them in...direction perpendicular to the line that joins their centers, and the other is made to move directly towards the ring. Investigate the motion of the projected... | |
| Mechanical problems - 1828 - 204 pages
...flexible string passing through a small ring fixed at a given point between them. In this position a given velocity is communicated to one of them in...to the line that joins their centres, and the other is made to move directly towards the ring. Determine the motion of the projected body; and find the... | |
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