1. Choose the correct answer: In the opposite figure, a laser ray is incident on mirror 1 to get reflected from it and fall on mirror 2. Using the shown scale, so after the ray get... 1. Choose the correct answer: In the opposite figure, a laser ray is incident on mirror 1 to get reflected from it and fall on mirror 2. Using the shown scale, so after the ray gets reflected on mirror 2, it will pass through point A, B, C, or D? 2. In the opposite figure, when moving light source to increase angle θ, the distance h which is shown in the figure will increase, decrease, may increase or decrease, or won't change? 3. In the opposite figure, trace the path of the ray till it gets reflected from mirror C. If the angle is 65 degrees.
Understand the Problem
The question revolves around concepts of light refraction, specifically focusing on reflections from mirrors, angles of incidence, and the laws governing light behavior in different media.
Answer
1. Point B. 2. Distance h will increase. 3. Consider reflection from 65°.
- The ray will pass through point B. 2. The distance h will increase. 3. Trace the path considering reflection at each mirror, starting from the given angle.
Answer for screen readers
- The ray will pass through point B. 2. The distance h will increase. 3. Trace the path considering reflection at each mirror, starting from the given angle.
More Information
The law of reflection states that the angle of incidence equals the angle of reflection, which helps determine the path of the laser. Increasing the angle θ typically increases vertical components such as distance h.
Tips
Ensure to track angles accurately when tracing paths. Incorrect assumptions about change in height or path may lead to errors.
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