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When the emergent ray leaves the lens away from the optical axis, then the lens is:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
The symbol of the object focus is:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
Any Incident ray on a diverging lens emerges:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
The image focus F’ is the image of object focus F with respect to:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
Any incident ray on a converging lens emerges :
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
When the emergent ray leaves the lens toward the optical axis, then the lens is:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
Diverging lens is a lens that is:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
Converging lens is a lens that is:
thin at the edges and thick at the middle
away from the optical axis
F
toward the optical axis
diverging lens
thick at the edges and thin at the middle
optical center O
converging lens
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