A plane mirror is 10 m away from and parallel to a second plane mirror, as shown in the figure. An object is positioned 4 m from Mirror 1.Enter the magnitudes d1,i,i=1,2,…,5, of the distances from Mirror 1 of the first five images formed by Mirror 1 as a comma‑separated list.d1,i = ? mEnter the magnitudes d2,j,j=1,2,…,5, of the distances to Mirror 2 of the first five images formed by Mirror 2 as a comma‑separated list.d2,j = ? m The image depicts a setup with two parallel mirrors labeled "Mirror 1" and "Mirror 2." These mirrors are placed 10 meters apart from each other. An arrow pointing upwards is drawn between the mirrors, indicating a point D, which represents a distance from Mirror 1 to a certain point along the path of interest.### Diagram Explanation:- **Mirror 1**: This is the first mirror located on the left side of the diagram.- **Mirror 2**: This is the second mirror located on the right side of the diagram.- **Distance**: The total distance between Mirror 1 and Mirror 2 is marked as 10 meters.- **D**: An unspecified distance from Mirror 1 towards the right, marked by an arrow. The exact value of D is not given in the diagram.This setup can be used to study various optical phenomena, such as the behavior of light between two parallel mirrors, reflection principles, or even the setup of optical cavities in experiments.

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A plane mirror is 10 m away from and parallel to a second plane mirror, as shown in the figure. An object is positioned 4 m from Mirror 1. Enter the magnitudes d1,i,i=1,2,…,5, of the distances from Mirror 1 of the first five images formed by Mirror 1 as a comma‑separated list. d1,i = ? m Enter the magnitudes d2,j,j=1,2,…,5, of the distances to Mirror 2 of the first five images formed by Mirror 2 as a comma‑separated list. d2,j = ? m

A plane mirror is 10 m away from and parallel to a second plane mirror, as shown in the figure. An object is positioned 4 m from Mirror 1. Enter the magnitudes d1,i,i=1,2,…,5, of the distances from Mirror 1 of the first five images formed by Mirror 1 as a comma‑separated list. d1,i = ? m Enter the magnitudes d2,j,j=1,2,…,5, of the distances to Mirror 2 of the first five images formed by Mirror 2 as a comma‑separated list. d2,j = ? m

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