The Elements of Analytical Mechanics

acceleration acting action-line angle angular velocity applied axes axis body catenary centre of gravity centrifugal force constant cos² curve density direct stresses distance earth ellipse energy equal equation equilibrium F-forces feet Find the centre fluid force of gravity friction gives h₁ hence horizontal plane impact impulse inertia initial integrating intensity length liquid M₁ M₂ mass moment of inertia momentum motion move multiplying Mv² normal orbit orifice origin of coördinates P₁ parabola parallel particle passing perpendicular position pounds preceding pressure produce radius of gyration reference resistance resultant rotation shearing stress similarly sin² sphere string substituted surface Take the origin tangential tangential component tension tion uniform v₁ vane vertical vis viva weight wheel x₁ y₁ zero