Assertion: radio telescope's counterpart | /r/HasProperty | optical
Facets:
Source sentences:
text: Additionally, since angular resolution is a function of the diameter of "objective" in the ratio to the wavelength of electromagnetic wave being ascertained, radio telescopes need to be larger as compared to their optical counterparts.
text: Also since angular resolution is a function of the diameter of the "objective" in proportion to the wavelength of the electromagnetic radiation being observed, radio telescopes have to be much larger in comparison to their optical counterparts.
text: Additionally, since angular resolution is a function of the diameter of "objective" in the ratio to the wavelength of electromagnetic wave being ascertained, radio telescopes need to be larger as compared to their optical counterparts.
text: The desire for greater resolving power is the main reason why radio telescopes are so enormous compared to their optical counterparts.
text: Also since angular resolution is a function of the diameter of the "objective" in proportion to the wavelength of the electromagnetic radiation being observed, radio telescopes have to be much larger in comparison to their optical counterparts.
text: The desire for greater resolving power is the main reason why radio telescopes are so enormous compared to their optical counterparts.