The closed surface shown in the figure below has dimensions a = b = 0.

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The closed surface shown in the figure below has dimensions a = b = 0.5 m and c = 0.8 m. The left edge of the closed surface is located at x = a. The electric field throughout the region is nonuniform and is given by E→ = (3.0+2.0 x)i^ N/C, where x is in m. Calculate the net electric flux through the closed surface. A. 1.0 Nm2/C B. 0.4 Nm2/C C. 1.6 Nm2/C D. 0.2 Nm2/C E. 2.4 Nm2/C

The closed surface shown in the figure below has dimensions a = b = 0.5 m and c = 0.8 m. The left edge of the closed surface is located at x = a. The electric field throughout the region is nonuniform and is given by E→ = (3.0+2.0 x)i^ N/C, where x is in m. Calculate the net electric flux through the closed surface. A. 1.0 Nm2/C B. 0.4 Nm2/C C. 1.6 Nm2/C D. 0.2 Nm2/C E. 2.4 Nm2/C

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The closed surface shown in the figure below has dimensions

a = b = 0.5 m

and

c = 0.8 m

. The left edge of the closed surface is located at

x = a

. The electric field throughout the region is nonuniform and is given by

\vec{E} = (3.0 + 2.0 x) \hat{i} N / C

, where

x

is in m . Calculate the net electric flux through the closed surface. A.

1.0 {Nm}^{2} / C

B.

0.4 {Nm}^{2} / C

C.

1.6 {Nm}^{2} / C

D.

0.2 {Nm}^{2} / C

E.

2.4 {Nm}^{2} / C

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