 | United States Naval Observatory. Nautical Almanac Office - 1892 - 578 pages
...longitude counted along the orbit of the planet. This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet...Greenwich mean noon given in the first column. The two last columns give, in the same way, the logarithm of the true distance of the centre of the planet... | |
 | United States Naval Observatory. Nautical Almanac Office - 1882 - 550 pages
...longitude counted along the orbit of the planet. This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet...Logarithm of Radius Vector is the logarithm of the distances of the centre of the planet from that of the sun, at each Greenwich mean noon given in the... | |
 | 1883 - 558 pages
...longitude counted along the orbit of the planet. This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet...planet from that of the sun, at each Greenwich mean no« given in the first column. The two last columns give, in the same way, the logarithm of the true... | |
 | 1884 - 560 pages
...longhudt counted along the orbit of the planet. This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet from the node. The heliocentric latitude i* counted from the moving plane of the ecliptic. The Logarithm of Radius Vector is the logarithm of... | |
 | United States Naval Observatory. Nautical Almanac Office - 1885 - 560 pages
...The heliocentric latitude is counted from the moving plane of the ecliptic. The Logarithm of Rad i us Vector is the logarithm of the distance of the centre...two columns give, in the same way, the logarithm of the true distance of the centre of the planet from that of the earth. The one column gives the quantity... | |
 | United States Naval Observatory. Nautical Almanac Office - 1887 - 556 pages
...Reduction to Orbit gives the correction to be applied to the heliocentric longitudes in order to obtain the longitude counted along the orbit of the planet. This...the moving plane of the ecliptic. The Logarithm of RadiusVector is the logarithm of the distance of the centre of the planet from that of the sun, at... | |
 | United States Naval Observatory. Nautical Almanac Office - 1889 - 558 pages
...longitud» counted along the orbit of tin; planet. This longitude is equal to ihe distance of the node from the mean equinox, plus the distance of the planet...of the centre of the planet from that of the sun, al each Greenwich mean noon given in the first column. The last two columns give, in the same way,... | |
 | United States Naval Observatory. Nautical Almanac Office - 1893
...longitude counted along the orbit of the planet. This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet...the logarithm of the distance of the centre of the plaiift from that of the sun, at each Greenwich mean noon given in the first column. The two last columns... | |
 | 1895 - 578 pages
...longitude counted along the orbit of the planet. This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet...Greenwich mean noon given in the first column. The two last columns give, in the same way, the logarithm of the true distance of the centre of the planet... | |
 | United States Naval Observatory. Nautical Almanac Office - 1895 - 572 pages
...longitude counted along the orbit of the planet This longitude is equal to the distance of the node from the mean equinox, plus the distance of the planet...moving plane of the ecliptic. The Logarithm of Radius I'ector is the logarithm of the distance of the centre of the planet from that of the sun, at each... | |
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... required. The daily motion is given for the moment of Greenwich mean noon. The column Reduction to Orbit gives the correction to be applied to the heliocentric longitudes in order to obtain the longitude counted along the orbit of the planet. This... 
