nevsbrother
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Two long straight thin conducting wires run in parallel. The distance between them
is d and the length of each wire is l. One of the wires is charged with charge +Q, the
other wire with charge -Q
(a) Calculate the strength of the electric field E(Q; d; l) generated by one wire at the
location of the other wire.
(b) Calculate the total force F(Q; d; l) exerted by one wire on the other wire.
(c) What is F for a length of 1 m, a distance of 1 mm and a charge of 1 C?
for (a) I finished with... kQ/ld^2
for (b) I finished with... kQ^2/ld^2 using F=qE
for (c) I got an answer of 9000N which seems way too big.
I think I must have gone wrong somewhere
is d and the length of each wire is l. One of the wires is charged with charge +Q, the
other wire with charge -Q
(a) Calculate the strength of the electric field E(Q; d; l) generated by one wire at the
location of the other wire.
(b) Calculate the total force F(Q; d; l) exerted by one wire on the other wire.
(c) What is F for a length of 1 m, a distance of 1 mm and a charge of 1 C?
for (a) I finished with... kQ/ld^2
for (b) I finished with... kQ^2/ld^2 using F=qE
for (c) I got an answer of 9000N which seems way too big.
I think I must have gone wrong somewhere