Question: Does your data from Section 4.1 support the Huygen's Construction where I = R? Discuss your uncertainties. 2. From your data in Section 4.2, what

Does your data from Section 4.1 support the Huygen's Construction where I = R? Discuss your uncertainties.

2. From your data in Section 4.2, what are the focal lengths and radii of curvature for your two mirrors? Discuss your uncertainties. Are the mirrors circular? How do you know?

3. From your data in Section 4.2, do the predicted magnifications match the measured magnifications? Discuss your uncertainties.

Data/ Results:

Table-1: Incident and Reflected angles of plane mirror.

Does your data from Section 4.1 support the Huygen's Construction where I

Trial # Incedent Angle Reflective Angle 8.5 8.2 18 17 UTAWNY 32 31 17 15 0 Table-2: Theoretical and experimental values of concave and convex mirrors. Theoretical Radius (cm) Theoretical Focal Length (cm) Concave 16.68 8.3 Convex -16.68 -8.3 Experiment Radius (cm) Experiment Focal Length (cm) Concave 14.224 7.112 Convex -14.501 -6.900

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