Solid Analytic Geometry. Canonical form, quadric surface,
diametral plane, principal plane, eigenvector, transformation of
coordinates, cylinder, directrix, generatrix, rotation, translation,
cylindrical surface
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Solid Analytic Geometry
Select from the following:
Directed line segment, direction angle, direction
cosine, direction number
Equations of a plane: general, normal, intercept and three-point forms.
Equations of a line: parametric, symmetric and two-point form. Traces, intercepts, pencils.
Cylindrical and spherical coordinates
Surface of revolution, cylindrical surface,
cylinder, directrix, generatrix, conical surface, pyramidal surface
General equation of the second degree, quadric
surfaces, reduction to canonical form, the 17 canonical forms, transformation of coordinates
The function f(x, y, z) and associated matrices E and e
Diameters and diametral planes
Centers of the quadric surfaces
Derivation of equations for diametral planes and centers
Changes in equation coefficients produced by
translation and rotation of the coordinate system
Simplification of the general equation of the second degree by translation
Reduction of the general equation of the second
degree to canonical form
Principal planes and eigenvectors
Quadratic forms, canonical forms of quadric surfaces with centers
Equations relating the canonical system coordinates
to the expressions for the coordinate planes
Analysis of a quadric surface
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