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40. Choose the correct statement regarding Kirchoff's second law: A. Along the contour of a mesh, the algebraic sum of the electromotive voltages is equal to the algebraic sum of the products between the current intensity and the total resistance in each branch. B. Along the contour of a mesh, the sum of the electromotive voltages is equal to the algebraic sum of the products between the current intensity and the total resistance in each branch. C. Along the contour of a mesh, the algebraic sum of the electromotive voltages is equal to the algebraic sum of the current intensities. D. Along the contour of a mesh, the sum of the electromotive voltages is equal to the sum of the products between the current intensity and the total resistance in each branch. E. Along the contour of a mesh, the algebraic sum of the electromotive voltages is equal to the sum of the resistances in each mesh
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