If coulomb's law were F=K(qQ)/(r^(3)), calculate the electric field due to a uniformly charged line charge at a distance d from it. The linear charge density on the line charge is lamda C/m, and it is of infinite length.

If coulomb's law were F=K(qQ)/(r^(3)), calculate the electric field du

1.	If coulomb's law were F=K(qQ)/(r^(3)), calculate the electric field due to a uniformly charged line charge at a distance d from it. The linear charge density on the line charge is lamda C/m, and it is of infinite length.
Answer» ANSWER :`E=(Klamdapi)/(2D^(2))`

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If coulomb's law were F=K(qQ)/(r^(3)), calculate the electric field due to a uniformly charged line charge at a distance d from it. The linear charge density on the line charge is lamda C/m, and it is of infinite length.

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