Voorbeelden van het gebruik van Celestial equator in het Engels en hun vertalingen in het Nederlands
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It is also convenient to select the ecliptic or celestial equator as the base plane so the image does not seem to wobble in the course of the seasons,
the same poles. The projection of the Earth's equator onto the celestial sphere is called the Celestial Equator. Similarly, projecting the geographic Poles onto the celestial sphere defines the North and South Celestial Poles.
the Milky Way contour, the celestial equator, the ecliptic, the horizon line,
the northern hemisphere i.e., the intersection of the ecliptic with the celestial equator.
Why does the ecliptic carry the Sun north and south of the celestial equator?
The southern solstice is the solstice at which the Sun reaches the furthest south of the celestial equator.
With this path, the Moon gets further from the celestial equator(which is at δ 0°)
The intersection of the celestial equator and the slice of the Earth in the figure is indicated for places\(P\) and\X\.
The plane\(e\) of the celestial equator is parallel to the equator\(E\) of the Earth,
because the primary intersection is on the celestial equator of the planet.
There is no particular reason why the rotation axis of a planet should be oriented such that the ecliptic and the celestial equator are the same.
mapping hundreds of millions of heavenly objects south of the celestial equator.
This means that the Sun does not move along the celestial equator, but rather along a great circle that makes an angle of about 90°- 67° 23° with the celestial equator. .
The horizon and the celestial equator make an angle of\(90°- φ\)
as measured along the celestial equator, and determines(together with other things)
A planet can have a greatest southerly declination that is yet north of the celestial equator, just as long as the declination is less southerly just before and just after that moment.
A planet can have a greatest northerly declination which is yet south of the celestial equator, just as long as the declination was even less northerly just before and just after that moment.
A celestial object at declination 0°(i.e., on the celestial equator) rises due east(O),
The ecliptic makes an angle with the celestial equator, because the rotation axis of the Earth does not make a right angle with the ecliptic,
in the same way the ascending equinox is the equinox through which the Sun passes from south to north of the celestial equator.