Resume Bui XAction Cent XCan't Buy Ti XBiology Bac XBb My Grades xSchedules o Xhttps://www XA University a xь Му Questio х +docs.google.com/document/d/1pQhEBaWXYWxTk327EPalSjdDio91Zaf8RIghg92dlXw/edit?pli=1PausedUpdate :Can't Buy Time * A @ Saved to DriveShareFile Edit View Insert Format Tools Add-ons HelpLast edit was seconds agoB I U AE 1E100%Normal textVerdana14Editing311 |1 |36I6. Two stars are 5.1 x 1011 m apart and areequally distant from the earth. A telescope hasan objective lens with a diameter of 1.51 mand just detects these stars as separateobjects. Assume that light of wavelength 550nm is being observed. Also, assume thatdiffraction effects, rather than atmosphericturbulence, limit the resolving power of thetelescope. Find the maximum distance thatthese stars could be from the earth.>4:39 PMO Type here to search后4/30/2021!!!II近

Separation between stars x=5.1×1011 mDiameter of telescope object d=1.51 mWavelength of light λ=550…

Answered: 6. Two stars are 5.1 x 101 m apart and…

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Diffraction due to a circular aperture is important in astronomy. Since a telescope has a circular aperture of finite size, stars are not imaged as points, but rather as diffraction patterns. Two distinct points are said to be just resolved (i.e., have the smallest separation for which you can confidently tell that there are two points instead of just one) when the center of one point's diffraction pattern is found in the first dark ring of the other point's diffraction pattern. This is called Rayleigh's criterion for resolvability. Consider a telescope with an aperture of diameter 1.02 m. Part D What is the angular radius 0₁ of the first dark ring for a point source being imaged by this telescope? Use 550 nanometers for the wavelength, since this is near the average for visible light. Express your answer in degrees, to three significant figures. xa — ΑΣΦ Xb 0₁ 5.39 10 = 7 √x x x <४ |X| Submit Previous Answers Request Answer ? X.10n X You have already submitted this answer. Enter a new…
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