The next two questions pertain to the situation described below. a 1 d y a. -2.5...

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The next two questions pertain to the situation described below. a 1 d y a. -2.5 mC/m b. -6.5 mc/m c. -9 mC/m d. 4 mC/m e. -13 mC/m P Two infinite conducting slabs of thickness 2.5 cm, with total surface charge densities of oa = 13 mc/m and ob =-5 mC/m are offset to the left and right each by d= 0.15 m, as shown ob + d 1) What is the charge density on the left side of slab b? a. Ex = 4.52 108 N/C b. E= 1.02 10 N/C c. Ex = -4.52 108 N/C 2) What is the electric field in the x-direction at point P, halfway between the two slabs? The next two questions pertain to the situation described below. a 1 d y a. -2.5 mC/m b. -6.5 mc/m c. -9 mC/m d. 4 mC/m e. -13 mC/m P Two infinite conducting slabs of thickness 2.5 cm, with total surface charge densities of oa = 13 mc/m and ob =-5 mC/m are offset to the left and right each by d= 0.15 m, as shown ob + d 1) What is the charge density on the left side of slab b? a. Ex = 4.52 108 N/C b. E= 1.02 10 N/C c. Ex = -4.52 108 N/C 2) What is the electric field in the x-direction at point P, halfway between the two slabs?

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