Q. Napier’s rule is used for the calculation of___________

View solution

Q. If the star is at horizon which of the following will be equal to zero?

View solution

Q. A star crosses a meridian only once in its revolution.

View solution

Q. Which of the following is obtained from astronomical triangle?

View solution

Q. Which of the following cases is not related to astronomical triangle?

View solution

Q. The stars which always move above the horizon are called as__________

View solution

Q. The culmination of the star depends upon which of the following factors?

View solution

Q. If the star is at elongation, find the altitude of the celestial body having declination and latitude as 24˚56ꞌ and 21˚43ꞌ.

View solution

Q. The relation between altitude and latitude of the observer can be given as__________

View solution

Q. The sign for the deflection angle depends upon _______________

View solution

Q. Determine the latitude of the observer if the altitude of the pole is given as 23˚41ꞌ.

View solution

Q. Find the latitude of the observer if the declination is about 54˚32ꞌ having a meridian zenith of about 10m.

View solution

Q. Find the difference of longitude between A = 30˚E and B = 160˚E.

View solution

Q. If longitudes of A and B are given as 32˚12ꞌ W, 44˚2ꞌ W having latitude 29˚24ꞌ. Find the distance in km between the points A and B.

View solution

Q. Which of the following indicates the formula for hour angle of equinox?

View solution

Q. The distance between the points in a celestial body can be determined by using __________

View solution

Q. Determine the zenith distance if the declination of star is given as 74˚32ꞌ and the latitude of the observer as 54˚21ꞌ.

View solution

Q. If the zenith distance is given as 26˚57ꞌ, find the altitude of the star at upper culmination.

View solution

Q. Correction for parallax is given as ___________

View solution

Q. Express the 24˚12ꞌ42ꞌꞌ in hours, minutes and seconds.

View solution