fixed copper rail, as shown in the figure. The background magnetic field is constant and points into the page with a magnitude $B=2\mathrm{.}0T.$ You can think of the metal bar as forming two separate loops with the fixed copper rail.

a$)$ Sketch the direction of the induced current in all segments of the copper rectangle, as well as in the metal bar.

b$)$ If the height of the copper rectangle is $h=10\mathrm{.}0cm,$ the speed of the bar is $v=10c\frac{m}{s},$ what is the magnitude of the induced emf across the metal bar?

c$)$ Is the direction of the induced current in the left$-$loop in agreement with Lenz's law? Explain.

d$)$ Is the magnitude of the emf around the left$-$loop in agreement with Faraday's law? Explain.