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