- Location
-
Internationales Maritimes Museum Hamburg
- Inventory number
-
55257-40
- Other number(s)
-
161409 (Objektnummer)
- Language
-
Englisch
- Classification
-
Nautik (Gattung)
- Event
-
Veröffentlichung
- (who)
-
Rust, Armistead
- (description)
-
New York [u.a.]: John Wiley & Sons [u.a.], 1908
- Sponsorship
-
Gefördert von: Die Beauftragte der Bundesregierung für Kultur und Medien
- Last update
-
25.03.2025, 9:08 AM CET
Data provider
This object is provided by:
Peter Tamm Sen. Stiftung. If you have any questions about the object, please contact the data provider.
Peter Tamm Sen. Stiftung. If you have any questions about the object, please contact the data provider.
Object type
- Monografie
Associated
- Rust, Armistead
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 a star.
Tables for finding the Latitude by the observed altitude of the Polar Star for 1821 & 1822
On finding the time at any given meridian.
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.
Meridian Circle Observations of 310 Standard Stars
Bell’s palsy at high altitude -- an unsuspected finding
Tables astronomiques calculées pour le Meridian de Paris
Position-Line Star Tables: For fixing Ship's Position by Reduction to Meridian and Prime Vertical without logarithmic Calculation.
To find the latitude of a place by the meridian altitude of the sun.
Tables for finding the Latitude by the observed altitude of the POLAR STAR for 1823
To find the latitude by the meridian altitude of a star.
Tables for finding the Latitude by the observed altitude of the Polar Star for 1821 & 1822
On finding the time at any given meridian.
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.
Meridian Circle Observations of 310 Standard Stars
Bell’s palsy at high altitude -- an unsuspected finding
Tables astronomiques calculées pour le Meridian de Paris
Position-Line Star Tables: For fixing Ship's Position by Reduction to Meridian and Prime Vertical without logarithmic Calculation.
To find the latitude of a place by the meridian altitude of the sun.
Tables for finding the Latitude by the observed altitude of the POLAR STAR for 1823
To find the latitude by the meridian altitude of a star.
Tables for finding the Latitude by the observed altitude of the Polar Star for 1821 & 1822
On finding the time at any given meridian.
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.
Meridian Circle Observations of 310 Standard Stars
Bell’s palsy at high altitude -- an unsuspected finding
Tables astronomiques calculées pour le Meridian de Paris
Position-Line Star Tables: For fixing Ship's Position by Reduction to Meridian and Prime Vertical without logarithmic Calculation.