Practical Integration for the Use of Engineers, Etc

1+cos 2ax+b a²+b² a²+x² a²b² abscissa arbitrary constant ax² ax²+bx+c axis b²x² bx dx Corollary cos² cos³0 cosec cosh mx coth Crown 8vo curve definite integral denominator denote Differential Calculus dx dt dx dx dx dy ellipse ellipsoid example expression feet fraction given gudermannian hyperbolic function hyperbolic sector inertia initial velocity Integral Calculus ISAAC TODHUNTER limits linear log cosh logarithms loge m²x² m²x²+a² method moment of inertia mx cos nx mx dx numerator nx dx odd function ordinates oscillations projectile px+q quadrant radius of gyration resistance revolution sech sector CAP sin² sin³ sin³0 sinh u cosh solid of revolution solution Ssin substituting tangent tanh term terminal velocity α α π 2 π σπα