3 Converging and Diverging Below are shown the cross sections of various lenses. For each lens specify whether it is converting or diverging. The darker blue material has a higher index of refraction then the lither blue material. To determine if a lens is converging or diverging you can trace a ray the comes in parallel to the axes to determine whither it is deflect toward or away from the axes. I A B C D E F G

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3 Converging and Diverging
Below are shown the cross sections of various lenses. For each lens specify whether it is converting or diverging.
The darker blue material has a higher index of refraction then the lither blue material. To determine if a lens is
converging or diverging you can trace a ray the comes in parallel to the axes to determine whither it is deflect
toward or away from the axes.
DIOXID
A B
C
D
E
F
G
Transcribed Image Text:3 Converging and Diverging Below are shown the cross sections of various lenses. For each lens specify whether it is converting or diverging. The darker blue material has a higher index of refraction then the lither blue material. To determine if a lens is converging or diverging you can trace a ray the comes in parallel to the axes to determine whither it is deflect toward or away from the axes. DIOXID A B C D E F G
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