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Two Stars That Are Very Close May Appear to Be

Question 41

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Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$ ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$ in degrees and D in meters is given by $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$ , where $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$ is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$ meter, its resolution is $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$ . Approximate the diameter of the lens to the nearest hundredth of a meter. $Two stars that are very close may appear to be one. The ability of a telescope to separate their images is called its resolution. The smaller the resolution, the better a telescope's ability to separate images in the sky. In a refracting telescope, resolution ( see the figure ) can be improved by using a lens with a larger diameter D. The relationship between in degrees and D in meters is given by , where is the wavelength of light in meters. The largest refracting telescope in the world is at the University of Chicago. At a wavelength of meter, its resolution is . Approximate the diameter of the lens to the nearest hundredth of a meter. A) 0.02 meters B) 1.17 meters C) 0.97 meters D) 0.77 meters E) 1.02 meters$

A) 0.02 meters
B) 1.17 meters
C) 0.97 meters
D) 0.77 meters
E) 1.02 meters

Two Stars That Are Very Close May Appear to Be

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