**Chapter 34, Problem 003**In the figure, an isotropic point source of light \( S \) is positioned at distance \( d \) from a viewing screen \( A \) and the light intensity \( I_P \) at point \( P \) (level with \( S \)) is measured. Then a plane mirror \( M \) is placed behind \( S \) at distance \( 1.3d \). By how much is \( I_P \) multiplied by the presence of the mirror?**Diagram Explanation:**The diagram shows a setup with the following elements:- A point source of light labeled \( S \).- A viewing screen labeled \( A \) with point \( P \) on it.- A plane mirror labeled \( M \) located behind \( S \).**Distances:**- The distance from \( S \) to screen \( A \) is \( d \).- The distance from the mirror \( M \) to the point source \( S \) is \( 1.3d \).**Problem Requirements:**- Estimate the multiplication effect of the mirror \( M \) on the light intensity \( I_P \).**Input Section:**- Number: [____]- Units: [Dropdown]*Note: Use the correct number of significant digits; the tolerance is +/-2%.*

Given information: The distance of a point source from the screen is, d The distance of the plane…

In the figure, an isotropic point source of light S is positioned at distanced from a viewing screen A and the light intensity Ip at point P (level with S) is measured. Then a plane mirror M is placed behind S at distance 1.3d. By how much is Ip multiplied by the presence of the mirror? - 1.34 -d Number Units Use correct number of significant digits; the tolerance is +/-2%

In the figure, an isotropic point source of light S is positioned at distanced from a viewing screen A and the light intensity Ip at point P (level with S) is measured. Then a plane mirror M is placed behind S at distance 1.3d. By how much is Ip multiplied by the presence of the mirror? - 1.34 -d Number Units Use correct number of significant digits; the tolerance is +/-2%

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