Solutions of the Cambridge Problems: From 1800 to 1820, Volum 2

abscissa accelerating force altitude angular axes axis base bisected body centre of gravity chord circle co-declination co-ordinates cone curve cycloid cylinder denote density descending diameter distance earth ecliptic ellipse equal equation fluid focus given point gives Hence horizon hyperbola inclination intersection latitude latus rectum length locus logarithmic spiral moving force orbit ordinate orifice oscillation parabola paraboloid parallel perpendicular plane position problem projection Prop question radius ratio right angles right ascension shew sides specific gravity sphere spherical straight line substituting subtangent supposing surface tangent triangle values velocity vers vertex vertical Vince weight whence whole