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When a ray of light passes through a triangular glass prism, the emergent ray is generally not parallel to the incident ray. Which of the following best explains this observation?
The light ray passes through the prism uniformly without any change in direction.
The light ray undergoes complete reflection at both faces of the prism.
The two refracting faces of the prism are inclined to each other, causing an overall deviation of the light ray.
The parallel faces of the prism produce equal refractions that cancel each other. Question ID : 4410092046240 Option 1 ID : 4410098057036 Option 2 ID : 4410098057034 Option 3 ID : 4410098057035 Option 4 ID : 4410098057033 Status : Marked For Review Chosen Option : C
The two refracting faces of the prism are inclined to each other, causing an overall deviation of the light ray.
Practice and solve "When a ray of light passes through a triangular glass prism, the emergent ray is generally not paral..." for General Science - Previous Year Paper 2026. The correct answer is Option C: The two refracting faces of the prism are inclined to each other, causing an overall deviation of the light ray.. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.
Practice and solve "When a ray of light passes through a triangular glass prism, the emergent ray is generally not paral..." for General Science - Previous Year Paper 2026. The correct answer is Option C: The two refracting faces of the prism are inclined to each other, causing an overall deviation of the light ray.. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.