The arrows in the figure indicate the directions of incident and reflected light rays on the smooth surface of a block. N is the direction of the surface normal (a N vector perpendicular to the surface of the block). Indicate the following on the figure: a. angle of incidence (O;) b. angle of reflection (0,)

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Chapter1: Units, Trigonometry. And Vectors
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**3. Understanding Light Reflection**

The arrows in the figure indicate the directions of incident and reflected light rays on the smooth surface of a block. The letter "N" represents the direction of the surface normal, which is a vector perpendicular to the surface of the block. 

Indicate the following on the figure:
   
a. Angle of incidence (\(\theta_i\))

b. Angle of reflection (\(\theta_r\))

**Figure Explanation**

The diagram (Fig. 1) shows a horizontal rectangular block, with two arrows representing light rays. The left arrow indicates the incident ray approaching the surface. The vertical line marked "N" represents the surface normal, which is perpendicular to the block's surface. The right arrow shows the reflected ray leaving the surface. 

The angles (\(\theta_i\) and \(\theta_r\)) are measured between the rays and the normal line.
Transcribed Image Text:**3. Understanding Light Reflection** The arrows in the figure indicate the directions of incident and reflected light rays on the smooth surface of a block. The letter "N" represents the direction of the surface normal, which is a vector perpendicular to the surface of the block. Indicate the following on the figure: a. Angle of incidence (\(\theta_i\)) b. Angle of reflection (\(\theta_r\)) **Figure Explanation** The diagram (Fig. 1) shows a horizontal rectangular block, with two arrows representing light rays. The left arrow indicates the incident ray approaching the surface. The vertical line marked "N" represents the surface normal, which is perpendicular to the block's surface. The right arrow shows the reflected ray leaving the surface. The angles (\(\theta_i\) and \(\theta_r\)) are measured between the rays and the normal line.
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