A) A star in the Milky Way B) A moon of Jupiter C) A planet within our solar system D) A planet outside our solar system
A) Reflective method B) Transit method C) Luminosity method D) Photometric method
A) Kepler Space Telescope B) James Webb Space Telescope C) Hubble Space Telescope D) Spitzer Space Telescope
A) Detect gravitational waves B) Survey nearby bright stars for transiting exoplanets C) Map the surface of Mars D) Study black holes in distant galaxies
A) Mining resources B) Potential for life C) Tourism opportunities D) Astronaut training
A) TRAPPIST-1 e B) HD 209458 b C) 51 Pegasi b D) Gliese 581 c
A) Chronometry B) Cinematography C) Microscopy D) Spectroscopy
A) Transmission spectroscopy B) Infrared imaging C) Electrostatic analysis D) Nuclear spectroscopy
A) Stars and asteroids B) Galaxies and clusters C) Dwarf planets and moons D) Gas giants and rocky planets |