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Suppose we've managed to set up an electric field that can be described by the function E = wiyî+w2zĵ+w3x²k, where wi = 8 N/(C· m²), w2 = 8 N/(C · m²), and w3 = 8 N/(C· m²). Let's look at a rectangular box in the Cartesian coordinate axes, shown below, with dimensions a = 1.5 m along the x-axis, b = 5 m along the y-axis, c=3 m along the z-axis. Area in question

Suppose we've managed to set up an electric field that can be described by the function E = wiyî+w2zĵ+w3x²k, where wi = 8 N/(C· m²), w2 = 8 N/(C · m²), and w3 = 8 N/(C· m²). Let's look at a rectangular box in the Cartesian coordinate axes, shown below, with dimensions a = 1.5 m along the x-axis, b = 5 m along the y-axis, c=3 m along the z-axis. Area in question

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Suppose we've managed to set up an electric field that can be described by the function E = wiyî + w2z²i+ w3x²k, where wi = 8 N/(C. m²), w2 = 8 N/(C• m²), and w3 = 8 N/(C. m²). Let's look at a rectangular box in the Cartesian coordinate axes, shown below, with dimensions a = 1.5 m along the x-axis, b = 5 m along the y-axis, c= 3 m along the z-axis. Area in question
Transcribed Image Text:Suppose we've managed to set up an electric field that can be described by the function E = wiyî + w2z²i+ w3x²k, where wi = 8 N/(C. m²), w2 = 8 N/(C• m²), and w3 = 8 N/(C. m²). Let's look at a rectangular box in the Cartesian coordinate axes, shown below, with dimensions a = 1.5 m along the x-axis, b = 5 m along the y-axis, c= 3 m along the z-axis. Area in question
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