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VECTORS DEPENDENT ON A PARAMETER
Y OF FIELDS
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analogous angle arbitrary axis calculus called center of gravity Chapter components concurrent lines consider coordinate system corresponding curl defined definition denote determined directed couple divergence theorem dyname ellipsoid equal equation equilibrium equivalent fixed point formula function funicular polygon geometric gives grad f Hence invariant line geometry line of action linear magnitude mass matrix motion motor-tensor normal null-line null-plane null-system obtain parallel forces particle perpendicular point of intersection position vector principal axes prove quadric quaternions respectively resultant vector rigid body rotation scalar product second order Show single bar space straight line stress surface integral symmetric tensor system of forces tensor of inertia theorem tion torque transformation unit motor unit tensor unit vector vanishes vector calculus vector field vector product x y z xy-plane zero