Answer these Space Systems Development MCQs and see how sharp is your knowledge of Space Systems Development.
Scroll down and let's start!
A. Black holes
B. Molecular clouds
C. Gas, dust, and billions of stars and their solar systems
D. Galaxies and planets
A. Celestial object made of gaseous matter
B. Giant planet composed mostly of ice and gas
C. Giant cloud of dust, dust from dying stars, or collections of new stars
D. Large asteroid made from metal and stone
A. Waves become slower
B. Waves in front spread out and waves behind bunched together
C. Waves in front get bunched together and waves behind spread out
D. Waves become faster
A. The theory of the beginning of the universe from nothing
B. Everything in the universe began from one dot that exploded.
C. The theory the universe will eventually collapse on itself
D. The theory of the end of the universe
A. All objects are attracted to each other
B. All objects with mass have an attractive gravitational force.
C. All objects need energy to move
D. Objects with less mass are more attracted to each other
A. The study of celestial bodies and their interactions in space
B. The process of building and designing spacecraft and related technologies for space exploration
C. The analysis of astronomical data collected from telescopes and observatories
D. The study of space-time and its effects on celestial objects
A. Chemical composition of celestial bodies
B. Atmospheric pressure and humidity
C. Vacuum and microgravity effects
D. Magnetic fields on celestial objects
A. European Space Agency (ESA)
B. Russian Federal Space Agency (Roscosmos)
C. China National Space Administration (CNSA)
D. National Aeronautics and Space Administration (NASA)
A. Human space exploration missions
B. Studying exoplanets in our solar system
C. Observing distant galaxies and celestial objects
D. Communication with satellites in Earth's orbit
A. A space station orbiting the Moon
B. A small standardized satellite used for research and educational purposes
C. A type of rover used for planetary exploration
D. A reusable space shuttle for crewed missions
A. Space telescope
B. Launch vehicle
C. Space station
D. Space probe
A. Solar radiation in space
B. Gravitational forces on Earth
C. Long-duration space missions and human factors
D. Terrestrial weather patterns
A. Celestial mechanics
B. Space situational awareness
C. Spacecraft integration and testing
D. Space environment simulation
A. To transport astronauts to and from the International Space Station (ISS)
B. To land and operate on the surface of celestial bodies such as the Moon or Mars
C. To study the Sun and solar activities
D. To provide communication services for space missions
A. Spacecraft
B. Ground station
C. Space telescope
D. Space probe