Related Questions

If $$\theta $$ and $$\delta $$ be the latitude of a place and declination of a star respectively, the upper culmination of the star will be north of zenith if its zenith distance, is
The latitude of a place was obtained by subtracting the zenith distance of a star from its declination, the observed star was between
The latitude of a place was obtained by subtracting the declination of a star from its zenith distance, the observed star was between
If θ and δ be the latitude of an observer and declination of a heavenly body respectively, the upper culmination of the body will be south of zenith if its zenith distance, is
The altitudes of a circumpolar star at culminations are 70° and 10°, both culminations being north of zenith. The declination of the star, is
If a star whose declination is 60° N culminates at zenith, its altitude at the lower culmination, is
When a star is between the pole and the horizon, the relationship between latitude (λ), zenith distance (z) and declination δ, is
Determine the zenith distance if the declination of star is given as 74˚32ꞌ and the latitude of the observer as 54˚21ꞌ.
If ‘δ’ is the declination of the star and ‘φ’ is the latitude of the observer then the hour angle of the star at elongation is given by
If ‘δ’ is the declination of the star and ‘φ’ is the latitude of the observer, then the azimuth of the star at elongation is given by