Please help solve. The correct answer for this problem is 22.1 cm inside refracting surface and m_tot = 0.284 with the image real and upright. 4. An object with a height of h = 9.00 cm is placed a distance of s, = 28.0 cm in front of a concavemirror with a focal length of f = 10.2 cm. A convex refracting surface is located a distance of L =39.4 cm in front of the mirror as shown. The refractingsurface has a radius of R = 7.05 cm and an index ofrefraction of n = 1.91. The mirror and refracting surfacesare surrounded by air. Where will the refracting surfaceform a secondary image from the image created by themirror? What is the height and type of this image?objectoptical axis

Given: The height of object is h=9.00 cm. The distance of object from mirror is s1=28.0 cm. The…

Answered: 4. An object with a height of h = 9.00…

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