Could Earth based telescopes to take surface features? (Note: The angular resolution of Earth-based telescopes is about
Posted: Mon May 02, 2022 5:20 pm
Could Earth based telescopes to take surface features? (Note: The angular resolution of Earth-based telescopes is about 1 arc second. Assume a telescope can detect a service feature if the angular resolution of the telescope is less than the angular diameter of the surface feature.)
[-/3 Points] DETAILS SEEDSFOUNDATIONS14 24.P.008. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER What is the maximum angular diameter (in arc seconds) of the dwarf planet, Makemake, as seen from Earth? (Hints: Use the small-angle formula, angular diameter (in arc seconds) linear diameter 2.06 x 105 distance Note: Makemake's average distance from the Sun is 46 AU, and it has an equatorial diameter of 1,420 km.) arc seconds Could Earth-based telescopes detect surface features? (Note: The angular resolution of Earth-based telescopes is about 1 arc second. Assume a telescope can detect a surface feature if the angular resolution of the telescope is less than the angular diameter of the surface feature.) Yes O No Could the Hubble Space Telescope? (Note: The angular resolution of the Hubble Space Telescope is about 0.1 arc second.) O Yes O No Need Help? Read It
[-/3 Points] DETAILS SEEDSFOUNDATIONS14 24.P.008. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER What is the maximum angular diameter (in arc seconds) of the dwarf planet, Makemake, as seen from Earth? (Hints: Use the small-angle formula, angular diameter (in arc seconds) linear diameter 2.06 x 105 distance Note: Makemake's average distance from the Sun is 46 AU, and it has an equatorial diameter of 1,420 km.) arc seconds Could Earth-based telescopes detect surface features? (Note: The angular resolution of Earth-based telescopes is about 1 arc second. Assume a telescope can detect a surface feature if the angular resolution of the telescope is less than the angular diameter of the surface feature.) Yes O No Could the Hubble Space Telescope? (Note: The angular resolution of the Hubble Space Telescope is about 0.1 arc second.) O Yes O No Need Help? Read It