A) False B) True
A) True B) False
A) Mercury B) Saturn C) Uranus D) Jupiter
A) Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune B) Mercury, Venus, Earth, Mars, Jupiter, Saturn, Neptune, Uranus C) Mercury, Venus, Earth, Mars, Saturn, Jupiter, Neptune, Uranus D) Mercury, Venus, Earth, Mars, Saturn, Jupiter, Uranus, Neptune
A) Galileo B) Copernicus C) Hubble D) Armstrong
A) Armstrong B) Hubble C) International Space Station D) Galileo Probe
A) gas planets B) outer planets C) inner planets D) planets with rings
A) its revolution B) its orbit around the sun C) it tilted axis D) its rotation
A) The earth's rotation B) The earth's orbit C) The sun's gravity D) The moon's orbit
A) 1 year B) 29 days C) 2 weeks D) 1 week
A) revolution B) rotation C) the planet's size D) its axis
A) Alan Shepard B) Neil Armstrong C) John Glenn D) Buzz Aldren
A) light-minute B) Light-year C) 1 trillion miles D) AU
A) The earth passes through the moon's shadow. B) The moon passes through it's own shadow. C) The earth passes through the sun's shadow. D) The moon passes through the earth's shadow.
A) The moon passes through the earth's shadow. B) The earth passes through the moon's shadow. C) The sun passes through the earth's shadow. D) The earth passes through the sun's shadow.
A) The Big Bang B) Milky Way C) Andromeda D) One way
A) Elliptical B) Regular C) Irregular D) Barred Spiral
A) Maine Medical Center B) constellation C) Nebula D) asteroid belt
A) how stars explode B) how long it will take to travel in space C) the formation of the universe D) how the sound travels through space
A) mass B) atmosphere C) moons D) size
A) 1 light year B) 93 thousand miles C) 93 million miles D) 93 billion miles
A) sunset B) the moon C) solar wind D) fireworks
A) Moon B) Mercury C) Earth D) Mars
A) Uranus and Neptune B) Jupiter and Saturn C) Saturn and Uranus D) Mars and Jupiter
A) Neptune B) Mars C) uranus D) jupiter
A) It is the last inner planet B) It has volcanoes C) It has life D) It has a moon
A) astronomers aren't sure B) solar wind C) the gravity of the sun D) the asteroids
A) It is very elliptical B) The don't orbit they hit the sun. C) They travel in the opposite direction around the sun D) They are perfectly circular
A) streaking through the atmosphere B) Near Jupiter's rings C) floating in space D) on the earth's surface
A) on earth's surface B) floating in space C) all of these answers D) streaking through earth's atmosphere
A) sublimation B) it does not point away from the sun C) solar wind D) sunlight
A) Hubble Telescope B) the inner planets C) the sun D) the moon
A) Sun, earth, moon B) Sun, moon, earth C) earth, sun, moon D) moon, earth, sun
A) waning B) waxing C) gibbous D) crescent
A) crescent B) waxing C) gibbous D) waning
A) millions B) one, the sun C) infinite D) billions
A) astro nova B) nebula C) solar event D) supernova
A) solar wind B) huge amount of energy C) all of these answers D) an aurora on earth
A) Venus B) Mars C) Earth D) moon
A) Full B) 1st quarter C) New D) Last Quarter
A) Last Quarter B) 1st quarter C) New D) Full
A) It depends on what time of year it is B) The moon's orbit is does not line up perfectly with the Earth C) They do occur once a month you just can't seem them from all places on the earth D) It depends on the earth's orbit
A) True B) False
A) light mile B) 186,000 m/s C) AU D) light-year
A) 13.7 billion years B) 4.5 billion years C) 13.7 million years D) 4.5 million year
A) meters B) AU's C) light-seconds D) light-years
A) Aurora Borealis B) Holy Aurora C) Aurora Australis D) Aurora Antarctica
A) It's going too fast B) It's too cold C) It turns into rock D) It's too small
A) 4 billion years old B) 1 billion years old C) 14 billion years old D) 1 million years old
A) None of the answers are correct B) standing still C) shrinking D) expanding |