Consider the two conductors given in the diagram. The length and width of the loop are 6.0 cm and 4.0 cm, respectively. This loop carries a direct current of magnitude of 5.0 Amps. The second conductor is an infinitely long wire with a direct current of 15 Amps. Compute the net force and torque exerted by the infinitely long wire over the rectangular loop.

• A. $F_{NET\ }=\ 8.0\times{10}^{-6}N\ towards\ the\ wire\ ,{\ \vec{\tau}}_{NET}=0$
• B. $F_{NET\ }=\ 8.0\times{10}^{-6}N\ awayfrom\ the\ wire\ ,{\ \vec{\tau}}_{NET}=0$
• C. $F_{NET\ }=\ 3.0\times{10}^{-6}N\ towards\ the\ wire\ ,{\ \vec{\tau}}_{NET}=5\times{10}^{-6}Nm$
• D. $F_{NET\ }=\ 3.0\times{10}^{-6}N\ awayfrom\ the\ wire\ ,{\ \vec{\tau}}_{NET}=5\times{10}^{-6}Nm$

Answer: (A)