Category:Analytic Geometry
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This category contains results about Analytic Geometry.
Definitions specific to this category can be found in Definitions/Analytic Geometry.
Analytic geometry is the study of geometry by algebraic manipulation of systems of ordered tuples of variables representing points in Cartesian space.
Subcategories
This category has the following 82 subcategories, out of 82 total.
A
- Acnodes (2 P)
- Arbitrary Constants (2 P)
B
- Bend Points (empty)
- Bitangents (empty)
- Branches of Curves (empty)
C
- Closed Curves (empty)
- Conformal Transformations (3 P)
D
- Derivative of Arc Length (3 P)
- Directrices of Ruled Surfaces (empty)
- Double Tangents (empty)
E
- Exponential Curves (empty)
F
- Flecnodes (empty)
G
- Glide Reflections (empty)
H
- Heart Curves (6 P)
I
- Involutes (2 P)
J
- Joachimsthal's Equation (empty)
L
- Loci (empty)
N
- Normals to Curves (2 P)
O
- Orientation (Coordinate Axes) (empty)
- Osculating Circles (empty)
P
- Pencils (1 P)
- Position-Ratios (6 P)
Q
- Quadratic Curves (empty)
- Quintic Curves (empty)
R
- Radius of Curvature (3 P)
- Real Vector Spaces (1 P)
S
- Skew Curves (empty)
- Stationary Points (5 P)
T
- Transcendental Curves (empty)
Pages in category "Analytic Geometry"
The following 37 pages are in this category, out of 37 total.
A
C
- Cantor-Dedekind Hypothesis
- Cauchy Condensation Test
- Condition for Collinearity of Points in Complex Plane
- Condition for Straight Lines in Plane to be Parallel
- Condition for Straight Lines in Plane to be Perpendicular
- Conditions for Homogeneity
- Conditions for Homogeneity/Straight Line
- Construction of Lattice Point in Cartesian Plane
- Construction of Point in Cartesian Plane with Rational Coordinates
- Continuously Differentiable Curve has Finite Arc Length