Consider two very long, thin fixed wires situated in the +y-direction with currents Ij and I2. The left wire 3. (the one with I1) is at x-z-0. There is also a little rectangular loop of wire (with a gap) off to the right. a) Do the long wires repel each other, attract each other, neither, or does it depend? Explain. Vemf b) If I=2=5 mA and b=5 cm, what is the magnetic field at z=0, x=15 cm? How does this compare to a typical refrigerator magnet (~5mT)? - a vacuum c) If I1 = -I2= 5cos(100rt) mA, a=1cm, d35.95 cm, f-7 cm, and b=5 cm, what is Vemf? ! buo.

Consider two very long, thin fixed wires situated in the +y-direction with currents Ij and I2. The left wire 3. (the one with I1) is at x-z-0. There is also a little rectangular loop of wire (with a gap) off to the right. a) Do the long wires repel each other, attract each other, neither, or does it depend? Explain. Vemf b) If I=2=5 mA and b=5 cm, what is the magnetic field at z=0, x=15 cm? How does this compare to a typical refrigerator magnet (~5mT)? - a vacuum c) If I1 = -I2= 5cos(100rt) mA, a=1cm, d35.95 cm, f-7 cm, and b=5 cm, what is Vemf? ! buo.