Kapitel
Tables for finding the Latitude by the observed altitude of the Polar Star for 1821 & 1822
- Language
-
Englisch
- Bibliographic citation
-
Schumacher, Heinrich Christian. - Ephemeris of the distances of the four planets Venus, Mars, Jupiter and Saturn from the Moon's center ; [1]
- Published
-
1820
- Sponsorship
-
Deutsche Forschungsgemeinschaft
- Last update
-
14.04.2025, 3:42 PM CEST
Data provider
This object is provided by:
Sächsische Landesbibliothek - Staats- und Universitätsbibliothek Dresden. If you have any questions about the object, please contact the data provider.
Sächsische Landesbibliothek - Staats- und Universitätsbibliothek Dresden. If you have any questions about the object, please contact the data provider.
Object type
- Kapitel
Time of origin
- 1820
Other Objects (12)
Tables for finding the Latitude by the observed altitude of the POLAR STAR for 1823
To find the latitude by the meridian altitude of the moon.
To find the latitude by a meridian altitude below the pole.
To find the latitude by the meridian altitude of a planet.
To find the latitude by the meridian altitude of a star.
To find the latitude by an altitude of the Polar Star.
To find the latitude by two observed altitudes of the sun, and the time elapsed between the observations; having also the latitude by account, and the sun's declination when the greater altitude was taken.
To find the latitude of a place by the meridian altitude of the sun.
Portable hyperbaric chambers for the treatment of altitude disease
To find the latitude by an altitude of the sun taken near the meridian; having the apparent time from noon, the latitude by account, and the sun's declination at the time of observation.
Measurement of the radiation exposure for high altitude flights in the polar region
Measurement of the Radiation Exposure for High Altitude Flights in the Polar Region
Tables for finding the Latitude by the observed altitude of the POLAR STAR for 1823
To find the latitude by the meridian altitude of the moon.
To find the latitude by a meridian altitude below the pole.
To find the latitude by the meridian altitude of a planet.
To find the latitude by the meridian altitude of a star.
To find the latitude by an altitude of the Polar Star.
To find the latitude by two observed altitudes of the sun, and the time elapsed between the observations; having also the latitude by account, and the sun's declination when the greater altitude was taken.
To find the latitude of a place by the meridian altitude of the sun.
Portable hyperbaric chambers for the treatment of altitude disease
To find the latitude by an altitude of the sun taken near the meridian; having the apparent time from noon, the latitude by account, and the sun's declination at the time of observation.
Measurement of the radiation exposure for high altitude flights in the polar region
Measurement of the Radiation Exposure for High Altitude Flights in the Polar Region
Tables for finding the Latitude by the observed altitude of the POLAR STAR for 1823
To find the latitude by the meridian altitude of the moon.
To find the latitude by a meridian altitude below the pole.
To find the latitude by the meridian altitude of a planet.
To find the latitude by the meridian altitude of a star.
To find the latitude by an altitude of the Polar Star.
To find the latitude by two observed altitudes of the sun, and the time elapsed between the observations; having also the latitude by account, and the sun's declination when the greater altitude was taken.
To find the latitude of a place by the meridian altitude of the sun.
Portable hyperbaric chambers for the treatment of altitude disease
To find the latitude by an altitude of the sun taken near the meridian; having the apparent time from noon, the latitude by account, and the sun's declination at the time of observation.
Measurement of the radiation exposure for high altitude flights in the polar region