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A 8 N/C uniform electric field in the yz-plane is directed 0 = 312° from the +y-axis. Calculate the electric flux (in N-m²/C) through a 10 mx 4.4 m rectangular area in the xy- plane. Use the following conventions: Let 0 be measured from the +y-axis towards the +z-axis and let the rectangle's area vector be in the +z-direction. (And remember that electric flux can be positive or negative.) [

A 8 N/C uniform electric field in the yz-plane is directed 0 = 312° from the +y-axis. Calculate the electric flux (in N-m²/C) through a 10 mx 4.4 m rectangular area in the xy- plane. Use the following conventions: Let 0 be measured from the +y-axis towards the +z-axis and let the rectangle's area vector be in the +z-direction. (And remember that electric flux can be positive or negative.) [

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A 8 N/C uniform electric field in the yz-plane is directed 0 = 312° from the +y-axis. Calculate the electric flux (in N-m²/C) through a 10 m x 4.4 m rectangular area in the xy- plane. Use the following conventions: Let 0 be measured from the +y-axis towards the +z-axis and let the rectangle's area vector be in the +z-direction. (And remember that electric flux can be positive or negative.)
Transcribed Image Text:A 8 N/C uniform electric field in the yz-plane is directed 0 = 312° from the +y-axis. Calculate the electric flux (in N-m²/C) through a 10 m x 4.4 m rectangular area in the xy- plane. Use the following conventions: Let 0 be measured from the +y-axis towards the +z-axis and let the rectangle's area vector be in the +z-direction. (And remember that electric flux can be positive or negative.)
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