For problem 39 part b calculate the radiationpressure in nanopascals if the intensity of the source is 16.1 watts per square meter (5 sig figs) **Problem 39**Unpolarized light of intensity \(10 \, \text{mW/m}^2\) is sent into a polarizing sheet as in Fig. 33-11. What are (a) the amplitude of the electric field component of the transmitted light and (b) the radiation pressure on the sheet due to its absorbing some of the light? **Question 3**For problem 33.39 part b, calculate the radiation pressure in nanopascals if the intensity of the source is 16.1 watts per square meter. Express your answer using 5 significant figures.

Given:light source is unpolarized.internsity of light, I = 10 mW/m2Asked:a Amplitude of Electric…

Answered: 39 Unpolarized light of intensity 10…

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39 Unpolarized light of intensity 10 mW/m² is sent into a po- larizing sheet as in Fig. 33-11. What are (a) the amplitude of the electric field component of the transmitted light and (b) the radi- ation pressure on the sheet due to its absorbing some of the light?