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a uniform electric field of magnitude E = 4,368.37 N/C and direction shown in the figure below exists in a region of space what is the electric flux (in units of 10−3 NN2/C) through the square shown in the figure of side a = 5.50 mm such that the electric field makes an angle θ = 33.52∘ with the plane of the square

a uniform electric field of magnitude E = 4,368.37 N/C and direction shown in the figure below exists in a region of space what is the electric flux (in units of 10−3 NN2/C) through the square shown in the figure of side a = 5.50 mm such that the electric field makes an angle θ = 33.52∘ with the plane of the square

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a uniform electric field of magnitude E = 4 , 368.37 N C and direction shown in the figure below exists in a region of space what is the electric flux (in units of 10 − 3 N 2 C ) through the square shown in the figure of side a = 5.50 mm such that the electric field makes an angle θ = 33.52 ∘ with the plane of the square

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