Solutions of the Cambridge Problems, from 1800 to 1820, Volume 2

abscissa according altitude angle axis base body centre of gravity chord circle co-ordinates common cone constant corresponding curve cylinder denote descending described determine diameter difference direction distance draw earth easily ellipse equal equation evidently expressed extremity feet fluid focus force given gives greatest Hence horizon hour inclination intersection joining known latitude length locus means measured motion moving nearly orbit origin parabola parallel passing perpendicular plane position pressure problem projection Prove putting quantity question radius ratio respectively right angles shew sides similar solid space sphere star straight line substituting supposing surface tangent tion triangle velocity vers vertex vertical volume weight whole