- York: D. van Nostrand. LCCN 55-10911. Moon P,
Spencer DE (1988). "
Rectangular Coordinates (x, y, z)".
Field Theory Handbook,
Including Coordinate Systems...
- l_{\text{NCP}}=122.93314^{\circ }} In some
applications use is made of
rectangular coordinates based on
galactic longitude and
latitude and distance. In some...
- a right-hand convention. It may be
implemented in
spherical or
rectangular coordinates. The
celestial equator and the
ecliptic are
slowly moving due to...
-
positions of
celestial objects. It may be
implemented in
spherical or
rectangular coordinates, both
defined by an
origin at the
centre of Earth, a fundamental...
- (x,y)} be the
standard Cartesian coordinates, and ( r , θ ) {\displaystyle (r,\theta )} the
standard polar coordinates. x = r cos θ y = r sin θ ∂ (...
-
confused for the
geodetic altitude.
Conversions between ECEF and
geodetic coordinates (latitude and longitude) are
discussed at
geographic coordinate conversion...
- +b^{2}\sin ^{2}\phi }}},} In contrast,
extracting ϕ, λ and h from the
rectangular coordinates usually requires iteration as ϕ and h are
mutually involved through...
- Sons. p. 657. ISBN 978-1-119-77798-4. Moon P,
Spencer DE (1988). "
Rectangular Coordinates (x, y, z)".
Field Theory Handbook,
Including Coordinate Systems...
-
component is θ (instead of v2). To
differentiate polar coordinates from
rectangular coordinates, the
angle may be
prefixed with the
angle symbol, ∠ {\displaystyle...
-
celestial sphere into two
equal hemispheres along a
great circle.
Rectangular coordinates, in
appropriate units, have the same
fundamental (x, y)
plane and...