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On September 1st 2013 at 08:45 GMT the coordinates will be:

Right ascension. 10hours 42 minutes 42 seconds

Declination. 8 degrees 9minutes 42seconds

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When does the sun have adeclination of zero degrees today but will have a negative declination tomorrow?

The Sun has zero declination at the two equinoxes on March 21 and September 21 (approximately). At the autumn equinox in September it crosses the plane of the Earth's orbit from north to south, so its declination goes from positive to negative.


At what point is the sun at its minimum declination and at its maximum declination?

The sun is at its minimum declination during the winter solstice around December 21st, when it appears lowest in the sky for the year. It reaches its maximum declination during the summer solstice around June 21st, when it appears highest in the sky for the year.


What is the sun's declination on the fall equinox?

Ah, the fall equinox is such a special time when the sun shines directly on the equator. Its declination is zero because it is right over that imaginary line. Nature is always keeping us in balance and harmony. Just visualize that warm sunlight hugging the Earth with love and peace. Stunning! Keep painting those happy little equations, my friend.


The sun's declination migrates through?

The sun's declination migrates through the Tropic of Cancer and the Tropic of Capricorn over the course of a year due to the Earth's axial tilt. This results in the changing of seasons in different parts of the world as the sun's direct rays shift between the northern and southern hemispheres.


What is the relationship between the time of year and the angle of the sun in the sky?

The angle of the Sun in the sky, its maximum height above the horizon, depends on a measurement called its declination, which varies over a range of ±23.5 degrees. The Sun's declination is zero at the equinoxes, and is +23.5 degrees at the summer solstice (in the northern hemisphere), the longest day, and -23.5 degrees at the winter solstice, the shortest day. Declination is the Sun's latitude on the celestial sphere, and the declination of any obect is equal to the latitude of a set of points along a line of latitude on the Earth's surface at which it passes overhead.

Related Questions

When does the sun have adeclination of zero degrees today but will have a negative declination tomorrow?

The Sun has zero declination at the two equinoxes on March 21 and September 21 (approximately). At the autumn equinox in September it crosses the plane of the Earth's orbit from north to south, so its declination goes from positive to negative.


When does the Sun have declination 0 degree today but will have a negative declination tomorrow?

Declination is the angular measurement of a celestial body north or south of the "celestial equator". You can think of it as the equivalent of "celestial latitude". The "fixed stars" don't have any change in declination. (Well, they _DO_, but only very slightly and VERY slowly.) The Sun, Moon, and planets all have their own paths within the solar system, so their declinations will change on a day-to-day basis. The Sun is at a declination of zero precisely at the time of the equinox. In September, the Sun's declination is decreasing, and it goes negative immediately after the moment of the equinox. This is generally on September 21, but this can vary a day either way depending on the cycle of leap years.


At what point sun's declination is minimum?

This only happens on the fall equinox, the dividing line between summer and fall. If you live in the northern hemisphere, this happens on September 21 (plus or minus one day because of the cycle of leap years) and in the southern hemisphere on March 21.


What was the Sun declination on March 20 2010?

At 12:00 Noon Eastern Time on 3/20/2010, the sun's declination was -0.025 degree.


What is the declination of the sun on the other side of the earth when there is a 0 declination here?

zero. The plane is contigous through the planet.


What does the sun's declination migrates through?

23.5 degrees


During which two times of the year is the declination of the sun changing most slowly?

The declination of the sun changes most slowly near the times of the summer and winter solstices. At these points, the sun reaches its highest and lowest points in the sky, causing its declination to change gradually as it approaches these extreme positions.


How does earths tilt cause the season?

The earth's tilt changes the declination of the sun, thus crating seasons.The sun's declination causes spring summer, fall and winter.


At what point is the sun at its minimum declination and at its maximum declination?

The sun is at its minimum declination during the winter solstice around December 21st, when it appears lowest in the sky for the year. It reaches its maximum declination during the summer solstice around June 21st, when it appears highest in the sky for the year.


What is the sun's declination on the fall equinox?

Ah, the fall equinox is such a special time when the sun shines directly on the equator. Its declination is zero because it is right over that imaginary line. Nature is always keeping us in balance and harmony. Just visualize that warm sunlight hugging the Earth with love and peace. Stunning! Keep painting those happy little equations, my friend.


Does earth's revolution around the sun change both the right ascension and the declination of a star?

No, Earth's revolution around the Sun does not affect the right ascension and declination of a star. These coordinates are fixed relative to the celestial sphere and are not impacted by Earth's movement around the Sun. Right ascension and declination are used to locate objects in the sky and remain constant over time for a given star.


The sun's declination migrates through?

The sun's declination migrates through the Tropic of Cancer and the Tropic of Capricorn over the course of a year due to the Earth's axial tilt. This results in the changing of seasons in different parts of the world as the sun's direct rays shift between the northern and southern hemispheres.