Glossary entry (derived from question below)
español term or phrase:
Ley del camino mínimo
inglés translation:
law of the shortest path
Added to glossary by
tradugag
Apr 2, 2006 21:56
18 yrs ago
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español term
Ley del camino mínimo
español al inglés
Técnico/Ingeniería
Física
Physics (Course Description)
Forma parte de los temas de física de un programa analítico.
Optica geométrica:
Focos planos, focales campan, rayos principales. Agrandamiento. Formulas. Espejos parabólicos. Refracción. Velocidad con relación a los índices de refracción. Ley del camino mínimo. Construcción del rayo refractado. Reflexión total...
Optica geométrica:
Focos planos, focales campan, rayos principales. Agrandamiento. Formulas. Espejos parabólicos. Refracción. Velocidad con relación a los índices de refracción. Ley del camino mínimo. Construcción del rayo refractado. Reflexión total...
Proposed translations
(inglés)
| 4 +3 | law of the shortest path |
Maria Karra
|
Proposed translations
+3
20 minutos
Maria Karra
Estados Unidos
Estados Unidos
Native in inglés
Specializes in field
Estados Unidos
Engineer & Linguist
Native in: inglés 
, griego
Works in: griego al inglés, inglés al griego, francés al inglés, and 5 more.
Related KudoZ points
:
44
Selected
law of the shortest path
The law of the shortest path. The law of the shortest path is illustrated in this diagram below. Reflected light at congruent angles (solid line) travels a ...
www.qesnrecit.qc.ca/mst/opticks/Chapter2/4_historique.html
Ptolemy said, the rays of light come to us in straight lines, because that is the shortest path, and he deduced from the reflexion of light, that light passes from any point in its course before incidence, to any other in its reflected course, by the shortest paths, and in the least time, its velocity being uniform and equal before and after reflexion.
http://www.homeoint.org/cazalet/fincke/leastaction.htm
www.qesnrecit.qc.ca/mst/opticks/Chapter2/4_historique.html
Ptolemy said, the rays of light come to us in straight lines, because that is the shortest path, and he deduced from the reflexion of light, that light passes from any point in its course before incidence, to any other in its reflected course, by the shortest paths, and in the least time, its velocity being uniform and equal before and after reflexion.
http://www.homeoint.org/cazalet/fincke/leastaction.htm
4 KudoZ points awarded for this answer.
Comment: "Thank you very much, Maria!
Gabriela"
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