A Treatise on the Differential Calculus

algebraical angle application ascertain assignable asymptote axis becomes branches called Cambridge change sign circle condition considered constant continuous coordinates corresponding curvature curve dạy denote derived determine dr dr dx dx dx dy dx² dxdy dy dx dy dy dz dx dz dz Edition eliminate equal equation evident Examples expression finite formula geometrical given gives Hence increases increment indefinitely independent variable infinite involving John Deighton less limit magnitude maximum or minimum method minimum value multiple point necessary negative obtain origin partial differential coefficients pass points of inflection positive proceeding proposed putting quantity regard relation represent respectively result shews successively Suppose tangent theorem theory third Treatise Trinity College ultimately University values of x whence zero