Examples of using Sidereal time in English and their translations into Dutch
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We first get the geometric azimuth/altitude by a rotation of the coordinate system using the equatorial coordinates, the sidereal time and the observer latitude.
So, on 15 December at midnight solar time it is about 5 hours 28 minutes sidereal time.
true solar and true sidereal time.
According to Brind'Amour, Nostradamus did not interpolate, but took the most close Sidereal Time and copied the cusp longitudes, listed for that time. .
For each month later, sidereal time runs about 2 hours fast compared to solar time. .
and true sidereal time on the meter.
We also calculate the corresponding sidereal time\(θ\)(for example as explained on the Calculation Page about Sidereal Time), also measured in degrees. a.
Although this 366 days may have been sidereal time, this count was taken of suns,
If a given sidereal time(between 0 and 24 hours)
scientifically known as true sidereal time, religiously recognized as a form of Lordship,
Each of the small pictures below shows a small part of the sky that appears straight above you in such a location at a certain sidereal time which is noted alongside each picture,
When it is 12 o'clock(noon) solar time on that day, then it is 0 hours sidereal time because on that day the Sun is in the vernal equinox and at that hour the Sun goes through the celestial meridian, so then the vernal equinox goes through the celestial meridian and it must be 0 hours sidereal time.
the Right Ascension of an object indicates the Sidereal Time at which it will transit across your Local Meridian. An object's Hour Angle is defined as the difference between the current Local Sidereal Time and the Right Ascension of the object.
You can use an object's Right Ascension and the Local Sidereal Time to determine when it will cross your Local Meridian see Hour Angle.
For convenience, I provide a table that shows sidereal times at midnight local(mean)
Next, you will find the times in UT and local sidereal time.
That latter angle is expressed by the sidereal time\(theta).
Divide by 15 to get sidereal time measured in hours.
The sidereal time is the right ascension that is on the celestial meridian at that moment.