Principal Axis, Center of Curvature (C), Focal Point (F), Vertex (V)
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Label the key parts of a concave mirror diagram.
Principal Axis, Center of Curvature (C), Focal Point (F), Vertex (V)
Label the key parts of a convex mirror diagram.
Principal Axis, Center of Curvature (C), Focal Point (F), Vertex (V)
Label the key parts of a converging (convex) lens diagram.
Principal Axis, Focal Point (F) on both sides of the lens, Lens Center
Label the key parts of a diverging (concave) lens diagram.
Principal Axis, Focal Point (F) on both sides of the lens, Lens Center
What are the key differences between concave and convex mirrors?
Concave: Reflective surface curves inward, can form real or virtual images. Convex: Reflective surface curves outward, always forms virtual images.
What are the key differences between converging (convex) and diverging (concave) lenses?
Converging: Thicker in the middle, converges light rays, can form real or virtual images. Diverging: Thinner in the middle, diverges light rays, forms virtual images.
Differentiate between real and virtual images.
Real: Formed by actual convergence of light rays, can be projected on a screen. Virtual: Formed by apparent convergence of light rays, cannot be projected on a screen.
What are the steps for ray tracing with mirrors?
1. Draw the setup (mirror and object). 2. Draw incident rays. 3. Reflect the rays. 4. Locate the image. 5. Analyze the image.
What are the steps for ray tracing with lenses?
1. Draw the setup (lens and object). 2. Draw incident rays. 3. Refract the rays. 4. Locate the image. 5. Analyze the image.