The Principles of Fluxions: Designed for the Use of Students in the University |
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a²+x² a²x² abscissa angle arithmetic progression Assume attraction axis BC=y centre of gravity circle circular arc consequently constant quantity constant ratio contrary flexure cosine cotemporary increment curvature cycloid cylinder density described distance ellipse find F find the centre find the fluxion fluent Art force of gravity found by Art given hence Art hyperbola increase uniformly infinite latus rectum Let F limiting ratio logarithm logarithmic spiral motion multiplied ordinate parabola parallel parallelogram particle perpendicular PROP radius ratio of equality resistance root second fluxion similar triangles sine solid spiral square substitute subtangent surface take the fluxion tangent triangles unity vanish variable quantities varies velocity vinculum whole number