For the wire arrangement on the right (the square), with currents, directions, and dimensions as shown, calculate the forces per unit length $(N / m)$ on the upper-left wire due to a) upper-right wire. Force $=$ $mN / m$ Blank 1 at a vector angle of degrees. Blank 2 b) lower-right wire. Force $= \dots mN / m$ Blank 3 at a vector angle of degrees. Blank 4 c) lower-left wire. Force $=$ $mN / m$ Blank 5 at a vector angle of degrees. Blank 6 d) The net force on the upper-left wire is then $mN$ Blank 7 at a vector angle of degrees. Blank 8

Question

For the wire arrangement on the right (the square), with currents, directions, and dimensions as shown, calculate the forces per unit length

(N / m)

on the upper-left wire due to a) upper-right wire. Force

=

mN / m

Blank 1 at a vector angle of degrees. Blank 2 b) lower-right wire. Force

= \dots mN / m

Blank 3 at a vector angle of degrees. Blank 4 c) lower-left wire. Force

=

mN / m

Blank 5 at a vector angle of degrees. Blank 6 d) The net force on the upper-left wire is then

mN

Blank 7 at a vector angle of degrees. Blank 8

Accepted Answer

Expert Answer to -  For the wire arrangement on the right (the square), with currents, directions, and dimensions as sh

Answer

Solution for -  For the wire arrangement on the right (the square), with currents, directions, and dimensions as sh

Answer

This an additional answer to -  For the wire arrangement on the right (the square), with currents, directions, and dimensions as sh

(Solved): For the wire arrangement on the right (the square), with currents, directions, and dimensions as sh ...