A non-uniform electric field E=3x i+4y j (N/C) pierces the cubical Gaussian surface shown in the figure. The bottom face of the cube lies on the xz plane. Find the electric flux through the top face in Nm²/C. [i and j are unit vectors along the x and y axes respectively] O O O x= 1.0m x= 3.0 m 36 y Gaussian surface None of these 48 -12 16 32
A non-uniform electric field E=3x i+4y j (N/C) pierces the cubical Gaussian surface shown in the figure. The bottom face of the cube lies on the xz plane. Find the electric flux through the top face in Nm²/C. [i and j are unit vectors along the x and y axes respectively] O O O x= 1.0m x= 3.0 m 36 y Gaussian surface None of these 48 -12 16 32
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![A non-uniform electric field E=3x i+4y j (N/C) pierces the cubical Gaussian surface
shown in the figure. The bottom face of the cube lies on the xz plane. Find the
electric flux through the top face in Nm²/C. [i and j are unit vectors along the x
and y axes respectively]
O O O
x= 1.0m x= 3.0 m
36
None of these
48
-12
y Gaussian
surface
16
32](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb4251c5c-a463-4606-b15d-fe5df5ea0545%2F0ac57aa1-8132-4ef6-a223-7fc9203826b1%2F3zmwpss_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A non-uniform electric field E=3x i+4y j (N/C) pierces the cubical Gaussian surface
shown in the figure. The bottom face of the cube lies on the xz plane. Find the
electric flux through the top face in Nm²/C. [i and j are unit vectors along the x
and y axes respectively]
O O O
x= 1.0m x= 3.0 m
36
None of these
48
-12
y Gaussian
surface
16
32
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