3. Imagine that Coulomb's law is modified so that the force on a test charge q at position r due to a point charge Q at

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3. Imagine that Coulomb's law is modified so that the force on a test charge q at position r due to a point charge Q at

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3 Imagine That Coulomb S Law Is Modified So That The Force On A Test Charge Q At Position R Due To A Point Charge Q At 1
3 Imagine That Coulomb S Law Is Modified So That The Force On A Test Charge Q At Position R Due To A Point Charge Q At 1 (18.73 KiB) Viewed 60 times
3. Imagine that Coulomb's law is modified so that the force on a test charge q at position r due to a point charge Q at the origin becomes F(r) = 1 90 45€, **(1 + es. where , is a new constant of nature. Derive an expression for the radially symmetric electric po- tential V(r) as a function of the distance from Q and verify that it reduces to the familiar Coulomb result in the limit i 20.
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