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Summary Of: Geodesic

A geodesic triangle on the sphere... A geodesic triangle on the sphere... A geodesic triangle on the sphere... a geodesic was the shortest route between two points on the Earth... one might consider a geodesic between two vertices... along the geodesic is proportional to... between two points on a sphere is a geodesic but not the shortest path between the points... but is not a geodesic because the velocity of the corresponding motion of a point is not constant... a geodesic is a curve which is everywhere... This generalizes the notion of geodesic for Riemannian manifolds... in metric geometry the geodesic considered is often equipped with... the geodesic is called a... In a Riemannian manifold a geodesic is the same as a curve that locally minimizes the length... The geodesic equation can then be obtained as the... by noticing that the geodesic equation is a second... denotes the geodesic with initial data... The geodesic flow defines a family of curves in the... A curve in such a manifold is a geodesic if its tangent vector remains parallel to the curve when it is transported along it... since the geodesic equation depends only on the symmetric part of the connection...

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| geodesic (general relativity) | merged | Discuss | A geodesic triangle on the sphere. The geodesics are great circle arcs. | | great circle | mathematics | straight line | curved spaces | metric | locally | affine connection | tangent vectors | transported | geodesy | Earth | surface | segment | great circle | graph theory | general relativity | equation | curve | calculus of variations | energy | elastic band | Riemannian geometry | metric geometry | physics | point particles | satellite | planetary orbit | sub-Riemannian geometry | Riemannian | pseudo-Riemannian manifolds | geodesic (general relativity) | Euclidean geometry | sphere | great circles | antipodal points | metric geometry | locally | distance | curve | metric space | constant | natural parametrization | length metric space | rectifiable paths | curve | local coordinates | summation convention | Christoffel symbols | ordinary differential equation | classical mechanics | free particles | pseudo | Riemannian manifold | Levi-Civita connection | extremal | action | Euler–Lagrange | Hamilton–Jacobi equations | Hamiltonian | Riemannian manifolds in Hamiltonian mechanics | Frobenius theorem | tangent space | open interval | ordinary differential equations | Picard-Lindelöf theorem | smoothly | flow | action | tangent bundle | Hamiltonian flow | Hamiltonian | unit tangent bundle | tangent bundle | vector field | total space | torsion | skew-symmetric | projective connection | Basic introduction to the mathematics of curved spacetime | Complex geodesic | Differential geometry of curves | Exponential map | Geodesic dome | Geodesic (general relativity) | Geodesics as Hamiltonian flows | Hopf-Rinow theorem | Intrinsic metric | Jacobi field | Quasigeodesic | Solving the geodesic equations | Barnes Wallis | Vickers Wellesley | Vickers Wellington | R100 | McGraw-Hill | ISBN 978-0-07-000423-8 | Abraham, Ralph H. | Marsden, Jerrold E. | ISBN 978-0-8053-0102-1 | Springer-Verlag | ISBN 978-3-540-42627-1 | Landau, L. D. | Lifshitz, E. M. | ISBN 978-0-08-018176-9 | Misner, Charles W. | Thorne, Kip | Wheeler, John Archibald | Gravitation | ISBN 978-0-7167-0344-0 | Cambridge University Press | ISBN 978-0-521-82475-0 | Spivak, Michael | ISBN 978-0-914098-71-3 | Weinberg, Steven | John Wiley & Sons | ISBN 978-0-471-92567-5 | Categories | Fundamental physics concepts | Riemannian geometry | Metric geometry | Hamiltonian mechanics | Articles to be merged since July 2008 | All articles to be merged |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Geodesic".