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Second fundamental form
(
II
)
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Gauss map
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Words: 397
Articles: 15
The second fundamental form is
II
(
v
,
w
)
=
⟨
−
d
N
(
v
)
,
w
⟩
. In a parametrization its coefficients are
e
=
N
⋅
X
uu
,
f
=
N
⋅
X
uv
, and
g
=
N
⋅
X
vv
.
Table of contents
397
15
Shape operator
Second fundamental form
91
3
Principal curvature
Shape operator
42
1
Umbilical point
Principal curvature
26
Euclidean invariance of the shape operator
Shape operator
30
Gaussian curvature
Second fundamental form
48
1
Gaussian curvature of a cone away from its vertex
Gaussian curvature
38
Mean curvature
Second fundamental form
57
2
Minimal surface
Mean curvature
16
Orientation reversal of surface curvature
Mean curvature
23
Fundamental forms of a graph surface
Second fundamental form
178
5
Gaussian curvature of a graph surface
Fundamental forms of a graph surface
7
Mean-curvature comparison at tangential contact
Fundamental forms of a graph surface
81
1
Gaussian curvature has no tangential-contact comparison principle
Mean-curvature comparison at tangential contact
43
Tangency to a plane along a curve forces zero Gaussian curvature
Fundamental forms of a graph surface
48
Minimal surface equation for a graph
Fundamental forms of a graph surface
25
Ancestors
(6)
Gauss map
Differential geometry
Geometry and topology
Area of mathematics
Mathematics
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(7)
Gaussian curvature of a cone away from its vertex
Solution
Solution
Solution
Solution
Solution
Solution