Consider the two lenses shown in Figure 2. An object is placed on the left at coordinate x = 0. A converging lens with focal length f = 8 cm is placed at coordinate x = 10 cm. A diverging lens with focal length f2 = -8 cm is placed at coordinate x = 30 cm. fi = 8 f2 = -8 x = 0 10 30 Figure 2 (Not to Scale) a) Calculate the x coordinate of the final image for the two-lens system. Note that the figure is not to scale. Therefore, ray tracing on the figure will not be accurate. b) If the height of the object is 2 cm, what is the height of the final image? Is the final image inverted or upright?

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Consider the two lenses shown in Figure 2. An object is placed on the left at coordinate x = 0.
A converging lens with focal length f = 8 cm is placed at coordinate x = 10 cm. A diverging
lens with focal length f2 = -8 cm is placed at coordinate x = 30 cm.
fi = 8
f2 = -8
x = 0
10
30
Figure 2 (Not to Scale)
a) Calculate the x coordinate of the final image for the two-lens system. Note that the figure is
not to scale. Therefore, ray tracing on the figure will not be accurate.
b) If the height of the object is 2 cm, what is the height of the final image? Is the final image
inverted or upright?
Transcribed Image Text:Consider the two lenses shown in Figure 2. An object is placed on the left at coordinate x = 0. A converging lens with focal length f = 8 cm is placed at coordinate x = 10 cm. A diverging lens with focal length f2 = -8 cm is placed at coordinate x = 30 cm. fi = 8 f2 = -8 x = 0 10 30 Figure 2 (Not to Scale) a) Calculate the x coordinate of the final image for the two-lens system. Note that the figure is not to scale. Therefore, ray tracing on the figure will not be accurate. b) If the height of the object is 2 cm, what is the height of the final image? Is the final image inverted or upright?
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