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Question 1 A charge of 10nm moved from (4,6,12) to (-9,6,12) to (-9,2,12). Also the same charge is moved directly from starting point to end (displacement). Now prove that energy required in moving a charge in a uniform field is independent of the path followed. Assume E= 40yz²+ xy + x°z

Question 1 A charge of 10nm moved from (4,6,12) to (-9,6,12) to (-9,2,12). Also the same charge is moved directly from starting point to end (displacement). Now prove that energy required in moving a charge in a uniform field is independent of the path followed. Assume E= 40yz²+ xy + x°z

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Question 1| A charge of 10nm moved from (4,6,12) to (-9,6,12) to (-9,2,12). Also the same charge is moved directly from starting point to end (displacement). Now prove that energy required in moving a charge in a uniform field is independent of the path followed. Assume E= 40yz2+ xy + x'z
Transcribed Image Text:Question 1| A charge of 10nm moved from (4,6,12) to (-9,6,12) to (-9,2,12). Also the same charge is moved directly from starting point to end (displacement). Now prove that energy required in moving a charge in a uniform field is independent of the path followed. Assume E= 40yz2+ xy + x'z
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