In the reduced eye model below, all the refraction is assumed to occur at the front surface of the cornea. The refractive index of first medium air is n=1. For this reduced eye model, assume that incident ray travels in a straight line from the object M to point B with incident angle /_a=45^(@). We also know that /_b=7^(@) and /_f=3^(@). After the solutionspile.com

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In the reduced eye model below, all the refraction is assumed to occur at the front surface of the cornea. The refractive index of first medium air is n=1. For this reduced eye model, assume that incident ray travels in a straight line from the object M to point B with incident angle /_a=45^(@). We also know that /_b=7^(@) and /_f=3^(@). After the refraction at the surface of cornea, refracted ray continues in a straight line to the retina. The eye is assumed to be homogeneous. If the image is formed on the retina, what is the second medium refractive index n'? (20 marks) In the reduced eye model below, all the refraction is assumed to occur at the front surface of the cornea. The refractive index of first medium air is n=1. For this reduced eye model, assume that incident ray travels in a straight line from the object M to point B with incident angle ?a=45?. We also know that ?b=7? and ?f=3?. After the refraction at the surface of cornea, refracted ray continues in a straight line to the retina. The eye is assumed to be homogeneous. If the image is formed on the retina, what is the second medium refractive index n'? (20 marks) solutionspile.com

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