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A uniform electric field is equal to E = ai + bjwhere a, bare suitably sized constants. Find the potential difference between the poi nts A = (d, 0, 0)and B = (d, d, 0). We mean a Cartesian reference. OVB-VA= bd² OVB-VA= -b d OVB-VA=b²c OVB-VA= -b²d

A uniform electric field is equal to E = ai + bjwhere a, bare suitably sized constants. Find the potential difference between the poi nts A = (d, 0, 0)and B = (d, d, 0). We mean a Cartesian reference. OVB-VA= bd² OVB-VA= -b d OVB-VA=b²c OVB-VA= -b²d

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A uniform electric field is equal to E = ai + bjwhere a, bare suitably sized constants. Find the potential difference between the poi nts A = (d, 0, 0)and B = (d, d, 0). We mean a Cartesian reference. OVB - VA= bd² OVB-VA= -bd OVB - VA= b²c O VB-VA= -b²d
Transcribed Image Text:A uniform electric field is equal to E = ai + bjwhere a, bare suitably sized constants. Find the potential difference between the poi nts A = (d, 0, 0)and B = (d, d, 0). We mean a Cartesian reference. OVB - VA= bd² OVB-VA= -bd OVB - VA= b²c O VB-VA= -b²d
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