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A coin 3.20 cm in diameter is embedded in a solid glass ball of radius 31.0 cm. The index of refraction of the ball is 1.50, and the coin is 13.0 cm from the surface. (a) Find the position of the image q (in cm) of the coin. -16.12 X Apply the equation for spherical refractive surfaces. cm (b) Find the height (in cm) of the coin's image. 5.95 x Relate magnification as a ratio of heights to magnification as a ratio of positions. Do not neglect the indices of refraction. cm Need Help? Read It

Name: a coin 320 cm in diameter is embedded in a solid glass ball of radius 310 cm the index of refraction of the ball is 150 and the coin is 130 cm from the surface a find the position of the ima 78218
Uploaded: 2022-05-29T15:21:50-08:00
Duration: 3 min 15 s
Channel: Adi S
Description: a coin 320 cm in diameter is embedded in a solid glass ball of radius 310 cm the index of refraction of the ball is 150 and the coin is 130 cm from the surface a find the position of the ima 78218

          A coin 3.20 cm in diameter is embedded in a solid glass ball of radius 31.0 cm. The index of refraction of the ball is 1.50, and the coin is 13.0 cm from the surface.
(a) Find the position of the image q (in cm) of the coin.
-16.12
X
Apply the equation for spherical refractive surfaces. cm
(b) Find the height (in cm) of the coin's image.
5.95
x
Relate magnification as a ratio of heights to magnification as a ratio of positions. Do not neglect the indices of refraction. cm
Need Help? Read It

$a coin 320 cm in diameter is embedded in a solid glass ball of radius 310 cm the index of refraction of the ball is 150 and the coin is 130 cm from the surface a find the position of the ima 78218$

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