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The Force Per Unit Length Between Two Current-Carrying Wires Is μ\mu

Question 71

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The force per unit length between two current-carrying wires is expressed as  The force per unit length between two current-carrying wires is expressed as   where I is the current,d the separation of the wires,and l the length of each wire.A plot of force per unit length versus I<sup>2</sup> gives a straight line,the slope of which is A)  \mu <sub>0 </sub> B) F/l C) (2 \pi d/ \mu <sub>0</sub>) <sup>1/2 </sup> D)  \mu <sub>0</sub>/2 \pi d E) FI<sup>2</sup>/l where I is the current,d the separation of the wires,and l the length of each wire.A plot of force per unit length versus I2 gives a straight line,the slope of which is


A) μ\mu 0
B) F/l
C) (2 π\pi d/ μ\mu 0) 1/2
D) μ\mu 0/2 π\pi d
E) FI2/l

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