The image shows a diagram with five horizontal layers labeled A to E. Each layer has a different color and represents a separate medium. A red line traverses the layers, indicating the path of a light ray refracting as it passes through each medium. The change in the direction of the red line at each boundary suggests a change in the index of refraction.Below the diagram is a multiple-choice question with several options:Select one or more:a. Medium B has the same index of refraction as water.b. Medium D has the same index of refraction as water.c. Sheet C has the largest index of refraction.d. The indexes of refraction of sheets A and E are the same.e. The indexes of refraction of sheets C and D are the same. **Diagram Explanation: Indexes of Refraction**In this educational illustration, five transparent sheets, labeled A to E, have varied indexes of refraction and are submerged in water. A red laser beam traverses these layers, demonstrating the principles of refraction. The diagram does not display any reflected rays.### Key Notes:- One material has the same index of refraction as water.- Two sheets have identical indexes of refraction.### Task:Identify which two statements regarding the indexes of refraction are correct based on the given diagram.### Diagram Description:1. **Layer A:** The laser beam enters at an angle, indicating a change in speed due to a different index of refraction compared to the surrounding medium.2. **Layer B:** A distinct change in the trajectory of the laser beam suggests a different index of refraction from both Layer A and the water.3. **Layer C:** The beam continues with a similar refraction pattern, showing potential similarities with Layer A in terms of the index.4. **Subsequent Layers (not shown):** Layer D and E will continue to illustrate the complexities of light refraction as they interact with each sheet.This visualization aids in understanding how light behaves when passing through materials with different optical densities, crucial for learning about concepts such as Snell's Law and optical physics.

Given, 5 transparent sheets are submerged in water. Laser beam is sent transferring through all the…

Answered: Five transparent sheets of materials…

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