<--- Back to Details
First PageDocument Content
Classical mechanics / Conic sections / Curves / Celestial mechanics / Johannes Kepler / Kepler problem / Laplace–Runge–Lenz vector / Ellipse / Bivector / Physics / Geometry / Algebra
Date: 2015-03-08 18:58:58
Classical mechanics
Conic sections
Curves
Celestial mechanics
Johannes Kepler
Kepler problem
Laplace–Runge–Lenz vector
Ellipse
Bivector
Physics
Geometry
Algebra

Symmetries of the Kepler problem Jesper G¨oransson March 8, 2015 Abstract By choosing a nonstandard parameterisation in the n-dimensional Kepler problem, the energy equation for negative energies will denote an n-dimens

Add to Reading List

Source URL: math.ucr.edu

Download Document from Source Website

File Size: 52,35 KB

Share Document on Facebook

Similar Documents

www.aip.org/statistics One Physics Ellipse • College Park, MD 20740 •  •  SeptemberRoster of Physics Departments

www.aip.org/statistics One Physics Ellipse • College Park, MD 20740 • • SeptemberRoster of Physics Departments

DocID: 1vlFg - View Document

5  The curve is a) an ellipse if 4AC B 2 > 0; b) a hyperbola if 4AC B 2 < 0; c) a parabola if 4AC B 2 = 0:

5 The curve is a) an ellipse if 4AC B 2 > 0; b) a hyperbola if 4AC B 2 < 0; c) a parabola if 4AC B 2 = 0:

DocID: 1uR3N - View Document

Cortona2D Editor Pro Cortona2D Editor Pro is a graphics editor that supports the creation, modification, and rendering of layered graphic primitives (ellipse, polygon, spline, bitmap, raster). This editor allows authors

Cortona2D Editor Pro Cortona2D Editor Pro is a graphics editor that supports the creation, modification, and rendering of layered graphic primitives (ellipse, polygon, spline, bitmap, raster). This editor allows authors

DocID: 1um0c - View Document

1 CHAPTER 2 CONIC SECTIONS 2.1 Introduction A particle moving under the influence of an inverse square force moves in an orbit that is a conic section; that is to say an ellipse, a parabola or a hyperbola. We shall prove

1 CHAPTER 2 CONIC SECTIONS 2.1 Introduction A particle moving under the influence of an inverse square force moves in an orbit that is a conic section; that is to say an ellipse, a parabola or a hyperbola. We shall prove

DocID: 1tRzJ - View Document

American Physical Society One Physics Ellipse • College Park, MDwww.aps.org APS Climate Change Statement Workshop Expert Bios Dr. John R. Christy is Alabama’s state climatologist and winner of NASA’s Medal

American Physical Society One Physics Ellipse • College Park, MDwww.aps.org APS Climate Change Statement Workshop Expert Bios Dr. John R. Christy is Alabama’s state climatologist and winner of NASA’s Medal

DocID: 1txHX - View Document