For this question, let's assume all types of EM radiation are unobscured by galactic gas & dust. We want to resolve even finer (smaller) details with the Event Horizon Telescope. This would equate to making our minimum resolution angle (0min) as small as possible. Which of the following could accomplish this? O a. decrease the wavelength of light used for observations O b. increase the wavelength of light used for observations O c. decrease the aperture of the telescope itself O d. none of the above will affect the telescope resolution

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For this question, let's assume all types of EM radiation are unobscured by galactic gas &
dust. We want to resolve even finer (smaller) details with the Event Horizon Telescope.
This would equate to making our minimum resolution angle (0min) as small as possible.
Which of the following could accomplish this?
а.
decrease the wavelength of light used for observations
O b. increase the wavelength of light used for observations
О с.
decrease the aperture of the telescope itself
d.
none of the above will affect the telescope resolution
Transcribed Image Text:For this question, let's assume all types of EM radiation are unobscured by galactic gas & dust. We want to resolve even finer (smaller) details with the Event Horizon Telescope. This would equate to making our minimum resolution angle (0min) as small as possible. Which of the following could accomplish this? а. decrease the wavelength of light used for observations O b. increase the wavelength of light used for observations О с. decrease the aperture of the telescope itself d. none of the above will affect the telescope resolution
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