When two long parallel wires carry unequal currents, the magnitude of the magnetic force that one wire exerts on the other is F. If the current in both wires is now doubled, what is the magnitude of
The new magnetic force on each wire?
A) $8 \mathrm {~F}$
B) $2 F$
C) $16 \mathrm {~F}$
D) $4 \mathrm {~F}$
E) $F \sqrt { 2 }$

Question

When two long parallel wires carry unequal currents, the magnitude of the magnetic force that one wire exerts on the other is F. If the current in both wires is now doubled, what is the magnitude of
The new magnetic force on each wire? 
A) $8 \mathrm {~F}$
B) $2 F$
C) $16 \mathrm {~F}$
D) $4 \mathrm {~F}$
E) $F \sqrt { 2 }$

Quizplus · Accepted Answer

The Answer of When two long parallel wires carry unequal currents, the magnitude of the magnetic force that one wire exerts on the other is F. If the current in both wires is now doubled, what is the magnitude of
The new magnetic force on each wire? 
A) $8 \mathrm {~F}$
B) $2 F$
C) $16 \mathrm {~F}$
D) $4 \mathrm {~F}$
E) $F \sqrt { 2 }$

When Two Long Parallel Wires Carry Unequal Currents, the Magnitude 8 F8 \mathrm {~F}8 F

When Two Long Parallel Wires Carry Unequal Currents, the Magnitude $8 \mathrm {~F}$