These Astronomy multiple-choice questions and their answers will help you strengthen your grip on the subject of Astronomy. You can prepare for an upcoming exam or job interview with these 50+ Astronomy MCQs.
So scroll down and start answering.
A. Alfa Centaury
B. Sun
C. Proxima Centaury
D. Dog Star
A. Pluto
B. Neptune
C. Uranus
D. Venus
A. Earth
B. Saturn
C. Jupiter
D. Pluto
A. Mars
B. Jupiter
C. Mercury
D. Venus
A. Venus
B. Uranus
C. Pluto
D. Earth
A. Moon
B. Ganymede
C. Europa
D. Cheron
A. 8 seconds
B. 8 minutes
C. 4.3 seconds
D. 1 light year
A. Jupiter
B. Mars
C. Saturn
D. Uranus
A. Pluto
B. Earth
C. Venus
D. Mercury
A. Venus
B. Mercury
C. Uranus
D. Saturn
A. Planet
B. Meteore
C. Satellite
D. Comet
A. Earth
B. Saturn
C. Pluto
D. Neptune
A. Universe
B. Solar System
C. Galaxy
D. Asteroids
A. Solar System
B. Universe
C. Space
D. Constellation
A. A Alfa Centauri
B. B Proxima Centauri
C. C Milky Way
D. D Neptune
A. spiral
B. elliptical
C. circular
D. spherical
A. star
B. planet
C. Solar System
D. Constellation
A. One star
B. Two stars
C. Three stars
D. Four stars
A. 9
B. 6
C. 7
D. 10
A. wanderer
B. pollution
C. celestial body
D. heavenly body
A. Planet
B. Moon
C. Star
D. Satellite
A. A Moon
B. B Asteroid
C. C Satellite
D. D Great Bear
A. Planet
B. Orion
C. Satellite
D. Star
A. Mars and Jupiter
B. Earth and Venus
C. Neptune and Pluto
D. Jupiter and Saturn
A. wanderer
B. settlement
C. light
D. a smaller companion to anything
A. The formation of universe
B. The origin and evolution of earth's crust
C. Formation of Solar System
D. Formation of constellation
A. Cosmic or Galactic Year
B. Mean Solar Year
C. Sidereal Year
D. Leap Year
A. Venus
B. Mercury
C. Mars
D. Jupiter
A. Venus
B. Mercury
C. Uranus
D. Mars
A. 5th
B. 4th
C. 6th
D. 3rd
A. Shear resistance
B. 170 km (105 mi)
C. West Virginia
D. Die of suffocation
A. Discover the laws of planetary motion
B. Discover the law of gravity
C. Create a detailed model of our solar system with the Sun rather than Earth at the center
D. Prove that the Earth is not the center of the universe
A. The cool clouds in which stars form
B. Opaque because of its internal dust grains
C. Both of these
D. None of these
A. UV Light
B. Gamma rays
C. Visible Light
D. Infrared Light
A. Rapid changes in the brightnesses and colors of stars caused by changes in their spectra
B. Turbulence in earth's atmosphere
C. The bubbling and boiling of gases on the surfaces of stars
D. Light pollution
A. Offer rides into space
B. Be launched beyond the solar system
C. House people on Mars
D. Send back data from the edge of the Milky Way
A. Everywhere in the Southern Hemisphere on the December solstice
B. On the equator only on the March and September equinoxes
C. On the Arctic circle (66.5°N) on the June solstice
D. On the equator every day
A. More than 60 million years after
B. About 100 million years after
C. Almost immediately after the extinction of
D. Shortly before the extinction of
A. Shines with its own light.
B. Is farther than Earth from the Sun.
C. Does not go around Earth.
D. Orbits the Sun in the same direction as Earth.
A. Observing sunspots on the Sun and mountains on the Moon
B. Showing that heavy objects fall at the same rate as lighter objects
C. Inventing the telescope
D. Proving Kepler's laws were correct
A. Parallax
B. Lower
C. Rotation
D. Sequence
A. 6
B. 9
C. 12
D. 15
A. A small radius
B. A medium radius
C. A large radius
D. All the above sizes
A. For
B. As long
C. As longer than
D. Shorter than
A. 0.1 solar masses
B. 1.101 solar masses
C. 0.01 solar masses
D. 1.1 solar masses
A. Footprint
B. Fishprint
C. Geostationary
D. Examine
A. Comparing how often the predictions come true to what would be expected by pure chance.
B. Asking astrologers if it works.
C. Counting how many times the predictions come true
D. Polling people to find out what percentage believe their horoscopes to be accurate.
A. Sustain thermonuclear reactions in its core.
B. Converting hydrogen into helium
C. More mass and a shorter lifetime
D. Less mass and a longer lifetime
A. Earth is crossing the orbit of a comet
B. The planet must be closer to the star than Earth is to the Sun.
C. The Sun's mass is about 300,000 times the mass of the Earth.
D. It is a little less than half the diameter of our Moon.
A. Luminosity and surface temperature
B. Mass and age
C. Its size (radius)
D. Larger than that of star b