pahelp po.. for 15 points.
1. P-F Ray A ray of light parallel to the principal axis is refracted passing through the principal focus, F behind the lens
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1. P-F Ray A ray of light parallel to the principal axis is refracted as if passing through the principal facus. F in front of the lens.
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2. F-P Ray A ray of light passing through the focus, F in front of the lens is refracted parallel to the principal axis
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2. F-P Ray A ray of light directed towards the focus, F behind the lens is refracted parallel to the principal axis.
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3. VRay A ray of light passing through the exact center of the lens (Vertex) continues to travel in the same direction.
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3. V Ray A ray of light passing through the exact center of the lens (Vertex) continues to travel in the same direction
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1. P-F Ray A ray of light parallel to the principal axis is refracted passing through the principal focus, F behind the lens
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1. P-F Ray A ray of light parallel to the principal axis is refracted as if passing through the principal facus. F in front of the lens.
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2. F-P Ray A ray of light passing through the focus, F in front of the lens is refracted parallel to the principal axis
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2. F-P Ray A ray of light directed towards the focus, F behind the lens is refracted parallel to the principal axis.
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3. VRay A ray of light passing through the exact center of the lens (Vertex) continues to travel in the same direction.
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3. V Ray A ray of light passing through the exact center of the lens (Vertex) continues to travel in the same direction
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Answers & Comments
Answer:
1)A ray diagram shows the path of light from an object to mirror to an eye. ... mirror shows that the image will be located at a position behind the convex mirror. ... In the first section of Lesson 4, we learned that light is reflected by convex mirrors in a ... Any incident ray traveling parallel to the principal axis on the way to a convex
Explanation:
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