A) Venus B) Mars C) The Moon D) The Sun
A) 24 B) 6 C) 12 D) 18
A) A week B) A decade C) A month D) An hour
A) New Moon B) Full Moon C) Last Quarter D) First Quarter
A) Full Moon B) Gibbous Moon C) New Moon D) Crescent Moon
A) Autumnal Equinox B) Winter Solstice C) Summer Solstice D) Vernal Equinox
A) Equinox B) Winter Solstice C) Apogee D) Summer Solstice
A) Winter Solstice B) Vernal Equinox C) Autumnal Equinox D) Summer Solstice
A) Noon B) Longest day of the year C) Shortest day of the year D) Equal day and night
A) Mayan Calendar B) Gregorian Calendar C) Julian Calendar D) Islamic Calendar
A) Combined lunar and solar cycles B) Lunar only C) Stars only D) Solar only
A) Lunar orbit speed B) Sync lunar with solar C) Random change D) To confuse people
A) Year B) Hour C) Minute D) Lunar rotation
A) Lunar phases B) Solar flares C) Earth's axial tilt D) Asteroid collisions
A) No illumination B) Full illumination C) Increasing light D) Decreasing light
A) Increasing light B) Full illumination C) Decreasing light D) No illumination
A) Predicting eclipses B) Predicting floods C) Solar heat D) Animal behavior
A) Moon relative to stars B) Moon relative to Sun C) Moon relative to planets D) Moon relative to Earth
A) Sun rotation B) Earth rotation C) Moon relative to stars D) Moon phase cycle
A) Colosseum B) Great Wall of China C) Stonehenge D) Eiffel Tower
A) Earth's orbit around Sun B) Milky Way C) Sun's path across sky D) Moon's orbit around Earth
A) Earth's distance from Sun B) Lunar phases C) Earth's tilt D) Solar flares
A) Closer to Sun B) Indirect sunlight C) Direct sunlight D) Farther from Sun
A) Prime Meridian B) International Date Line C) Equator D) Area of 24hr sunlight/darkness
A) Winter Solstice B) Vernal Equinox C) Summer Solstice D) Autumnal Equinox
A) Winter (Northern Hemisphere) B) Spring C) Summer (Northern Hemisphere) D) Autumn
A) Star position time B) Moon's orbit around Earth C) Time between winter solstices D) Time between vernal equinoxes
A) No moon visible B) Moon stops moving C) Extreme moon positions D) Regular moon positions
A) Solar flares frequency B) 19 solar years = 235 lunar months C) Earth's orbit D) Moon's creation
A) Earthquakes B) Affecting temperature C) Lunar tides D) Volcanic eruptions |