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Q-1A: A long line lies along the x-axis and carries a uniform positive charge density 2. Find: a. The electric field vector (E) at a distance r from the wire b. The electric potential difference between two points at rị and r, c. The work required to bring a point charge q from r, to rɔ ----- -----

Q-1A: A long line lies along the x-axis and carries a uniform positive charge density 2. Find: a. The electric field vector (E) at a distance r from the wire b. The electric potential difference between two points at rị and r, c. The work required to bring a point charge q from r, to rɔ ----- -----

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Q-1A: A long line lies along the x-axis and carries a uniform positive charge density 2. Find: a. The electric field vector (E) at a distance r from the wire b. The electric potential difference between two points at rị and r, c. The work required to bring a point charge q from r, to rɔ ----- -----
Transcribed Image Text:Q-1A: A long line lies along the x-axis and carries a uniform positive charge density 2. Find: a. The electric field vector (E) at a distance r from the wire b. The electric potential difference between two points at rị and r, c. The work required to bring a point charge q from r, to rɔ ----- -----
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