 | Thomas Jefferson Lee - Astronomy - 1853 - 276 pages
...earth in a mean solar day,) is 3° 56s. 5554 of sidereal time; hence the sidereal time at mean moon under any meridian other than that of the nautical...solar hours, the sidereal day will be equal to 23" 56m 04'.09 of those solar hours, or the daily retardation of mean solar on sidereal time is 3m 55'.9093... | |
 | United States. Army. Corps of Engineers - 1853 - 276 pages
...the earth in a mean solar day,) is 3" 56'.5554 of sidereal lime; hence the sidereal time at mean moon under any meridian other than that of the nautical...mean solar hours, the sidereal day will be equal to 23h 56- 04'. 09 of those solar hours, or the daily retardation of mean solar on sidereal time is 3m... | |
 | Thomas Jefferson Lee - Astronomy - 1853 - 268 pages
...the earth in a mean solar day,) is 3m 563.5554 of sidereal time; hence the sidereal time at mean moon under any meridian other than that of the nautical...allowing the proportion of this quantity due to the differ ence of longitude of the two places. If the mean solar day be taken equal to 24 mean solar hours,... | |
 | Henri Barré (prof. at Nancy.) - 1873 - 334 pages
...sidereal on mean solar time (which is the mean motion of the earth in a mean solar day) is 3m 56"-5554 of sidereal time; hence the sidereal time at mean...mean solar hours, the sidereal day will be equal to 2311 56m 4'.09 of those solar hours, or the daily retardation of mean solar on sidereal time is 3m... | |
 | Thomas Jefferson Lee - Astronomy - 1873 - 334 pages
...sidereal on mean solar time (which is the mean motion of the earth in a mean solar day) is 3m S6"-SSS4 of sidereal time; hence the sidereal time at mean...under any meridian other than that of the nautical alma nac used will be found by allowing the proportion of this quan tity due to the difference of longitude... | |
 | Francis Baily - Astronomy - 1827 - 340 pages
...to 1°.55'.27",3. the mean solar day will be equal to 24h. 3m. 56*,55 of those sidereal hours. And, if the mean solar day be taken equal to 24 mean solar hours, the sidereal day will be equal to 23h. 56m. 4B,09 of those hours. Or, in all cases, if we wish to determine in sidereal time the value... | |
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... under any meridian other than that of the nautical almanac used will be found by allowing the proportion of this quantity due to the difference of longitude of the two places. If the mean solar day be taken equal to 24 mean solar hours, the sidereal... 