Examples of using Angular separation in English and their translations into Swedish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Official/political
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Computer
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Programming
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Political
The closest such angular separation occurs every 10,000 years.
HD 149382 has a visual companion located at an angular separation of 1 arcsecond.
As of 1945, the pair had an angular separation of 1.50 arc seconds along a position angle of 40°.
when they had an angular separation of 50 milliarcseconds.
The pair had an angular separation of 2.7 arc seconds along a position angle of 265°, as of 1991.
There is a magnitude +10.5 optical companion at an angular separation of 99.6 arcseconds.
As of 2004, the pair had an angular separation of 10.254 arc seconds along a position angle of 49.21°.
The most likely source for this emission is an 11.4 magnitude companion star located at an angular separation of 21 arcseconds along a position angle of 214°.
The pair have an angular separation of 0.091 arcseconds with an estimated orbital period of 59.32 years.
It too is a spectroscopic binary with an orbital period of 5,870 days and an angular separation of 0.383 arcseconds; equal to about 10 AU.
Orbiting at an angular separation of 22.7 arcseconds is the 9th magnitude secondary companion.
There is a magnitude 12.67 common proper motion companion located at an angular separation of 22.5 arcseconds along a position angle of 221°.
As of 2007, it had an angular separation of 115.8 arc seconds along a position angle of 248° from the primary.
while the more distant component C is magnitude 9.01 and lies at an angular separation of 8.330 arc seconds from the other two.
As of 2000, the two components had an angular separation of 1.818 arc seconds along a position angle of 113.4°.
there is a candidate companion at an angular separation of 0.332″ along a position angle of 114.8°.
The first is a 10th magnitude star at an angular separation of 93 arcseconds with a position angle of 303°.
At an angular separation of 102.9 arcseconds is δ² Apodis,
The third component is located at an angular separation of 0.810 arcseconds and has a magnitude of 8.17.
Based upon their angular separation and their distance, they have a projected separation of 3,800 Astronomical Units AU.
The two components of this system had an angular separation of 0.20 arc seconds along a position angle of 22°, as of 1991.
Component C lies at an angular separation of 22.6 arc seconds from the AB pair, and may be a common proper motion companion.
There is a magnitude 12.5 optical companion, located at an angular separation of 12.7 arcseconds and a position angle of 118° as of the year 1943.
A companion star is located at an angular separation of 7.72″ along a position angle of 302.7°-this corresponds to a projected separation of 175 AU.
Component B is a magnitude 11.3 star at an angular separation of 32.8 arc seconds along a position angle of 165°, as of 2000.
Meissa is actually a double star with a companion at an angular separation of 4.41 arcseconds along a position angle of 43.12° as of 1937.
and so the angular separation of Pluto's perihelion to the orbit of Neptune is always greater than 52° 90°-38°.