The rectangular loop showing in the figure is pivoted about the $y$ axis and carries a current of $15$ Amperes in the direction indicated.

If the loop is in a uniform magnetic field with magnitude $B=0\mathrm{.}48T$ in the $+x$ direction find the magnitude of the torque exerted by the magnetic field on the loop in the position shown $($in N$.$m$)$ as well as the loop's direction of rotation $$ due to the magnetic torque.

If the magnetic field has the same value but it is now directed Repeat in the $-z$ direction find the magnitude of the magnetic torque exerted on the loop

$q,($in N$.$m$)$ as well as the loop's direction of rotation. Bottom value in the figure is $6\mathrm{.}00$ cm$.$