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4. The electric field in a vacuum is: E = (6 x i + 2 Y? j) N/C Calculate A. Potential difference between point B (3,4) m and point A (0;0) B. Effort to move the load Qo = 20 mc from (0,0) to the point (3,4) m

4. The electric field in a vacuum is: E = (6 x i + 2 Y? j) N/C Calculate A. Potential difference between point B (3,4) m and point A (0;0) B. Effort to move the load Qo = 20 mc from (0,0) to the point (3,4) m

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Please solve the sub parts A and B and please no reject, Im needed max in 30-45 minutes. Thank u

4. The electric field in a vacuum is: E = (6 x i + 2 Y? j) N/C Calculate A. Potential difference between point B (3,4) m and point A (0;0) B. Effort to move the load Qo = 20 mc from (0,0) to the point (3,4) m
Transcribed Image Text:4. The electric field in a vacuum is: E = (6 x i + 2 Y? j) N/C Calculate A. Potential difference between point B (3,4) m and point A (0;0) B. Effort to move the load Qo = 20 mc from (0,0) to the point (3,4) m
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