A) Betelgeuse B) Vega C) Sirius D) Polaris
A) Orion B) Ursa Minor C) Ursa Major D) Cassiopeia
A) By locating the Little Dipper B) By locating Orion's belt C) By locating the Big Dipper D) By locating the Southern Cross
A) Your longitude B) Your latitude C) Your altitude D) The time of day
A) Scorpio B) Cassiopeia C) Leo D) Gemini
A) Ursa Major B) Draco C) Orion D) Southern Cross
A) Constellations B) Planets C) Galaxies D) Nebulae
A) The path of the Sun through the stars B) The path of the Moon through the stars C) The path of comets D) The Earth's orbit
A) Measuring wind speed B) Finding true North C) Measuring angles to celestial objects D) Telescopic viewing
A) Time measured by the Moon B) Greenwich Mean Time C) Time measured by the Sun D) Time measured by the apparent motion of the stars
A) Sirius B) Polaris C) Betelgeuse D) Vega
A) Altitude B) Magnitude C) Longitude D) Latitude
A) Altitude B) Magnitude C) Latitude D) Longitude
A) Measuring angles to celestial bodies B) Radio signals C) Guesswork and intuition D) GPS satellites
A) Saturn B) Venus C) Jupiter D) Mars
A) Andromeda B) Ursa Minor C) Crux D) Draco
A) To provide positions of celestial objects B) To predict the weather C) To calculate tides D) To list all the stars
A) The point on the horizon B) The point directly overhead C) The furthest point in the sky D) The center of the Earth
A) The distance to a star B) The height above the horizon C) The angular distance along the horizon D) The brightness of a star
A) 270 B) 360 C) 180 D) 90
A) 180 degrees B) 0 degrees C) 90 degrees D) 360 degrees
A) Its temperature B) Its brightness C) Its size D) Its distance
A) Pisces B) Libra C) Draco D) Gemini
A) It's too faint B) It's only visible in the daytime C) It is below the horizon D) It's blocked by the Sun
A) Establishing latitude B) Establishing longitude C) Finding the zenith D) Measuring altitude
A) They are approximately equal. B) They are unrelated. C) The angle is always 90 degrees. D) They are inversely proportional.
A) The expansion of the universe B) The stars moving C) Earth's rotation D) Solar flares
A) Compasses B) Star charts C) Refraction tables D) Telescopes
A) Finding North B) Measuring angles C) Predicting tides D) Accurate timekeeping
A) Size of the stars B) Brightness of the stars C) Relative positions of the stars D) Color of the stars |