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12.The graph represents the relation between the thickness of a glass plate (x) and In(I), where I, is the transmitted intensity (in mV through the glass plate. Find the maximum light intensity (l.) and th attenuation factor (μ). c) 0.020 a) 0.033 d) 0.043 b) 0.017 e) 0.057

12.The graph represents the relation between the thickness of a glass plate (x) and In(I), where I, is the transmitted intensity (in mV through the glass plate. Find the maximum light intensity (l.) and th attenuation factor (μ). c) 0.020 a) 0.033 d) 0.043 b) 0.017 e) 0.057

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12.The graph represents the relation between the thickness of a glass plate (x) and In(1), where I, is the transmitted intensity (in mV) through the glass plate. Find the maximum light intensity(le) and the attenuation factor (μ). c) 0.020 a) 0.033 d) 0.043 b) 0.017 e) 0.057 Ln(1.) (0.61 (m²) (180,0 x(cm)
Transcribed Image Text:12.The graph represents the relation between the thickness of a glass plate (x) and In(1), where I, is the transmitted intensity (in mV) through the glass plate. Find the maximum light intensity(le) and the attenuation factor (μ). c) 0.020 a) 0.033 d) 0.043 b) 0.017 e) 0.057 Ln(1.) (0.61 (m²) (180,0 x(cm)
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