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Find the direction of the induced magnetic field given the following change in magnetic field strength. A. Into the page B. Out of the page 0% of th e ut O In to th e pa pa g ge e 0% Find the direction the current in the coil given the following change in magnetic field. 0% t 0% pr es en oc kw ck w is is e e 0% N o Co u nt e cu rr en ti s rcl Cl o A. Clockwise B. Counter-clockwise C. No current is present A conducting rod (black) in a magnetic field (orange) is moving with velocity v (red). Find the direction of the force the magnetic field exerts on the bar. 0% tu r e a to pi th e In to ut Fr o of th e m pi c b to a m 0% ct ur e 0% b 0% O From a to b From b to a Out of the picture Into the picture Fr o A. B. C. D. A conducting rod (black) in a magnetic field (orange) is moving with velocity (red) and the direction of the force the magnetic field exerts on the bar points towards a (pink). What direction is the electric field on the conducting rod? 0% tu r e a to pi th e In to ut Fr o of th e m pi c b to a m 0% ct ur e 0% b 0% O From a to b From b to a Out of the picture Into the picture Fr o A. B. C. D. Find the direction the magnetic field in the coil given that the current moves from a to b. O ut of th e pa g ge pa th e 0% e 0% U p 0% In to gh t To th e ri le th e 0% n 0% ft 0% D ow To the left To the right Down Up Into the page Out of the page To A. B. C. D. E. F.