A square wire loop of resistance R= 2.61 $ and side s = 4.53 cm moves through a magnetic field B = 1.15 T at a velocity v = 5.51 cm/s. The magnetic field is 30.0 cm in width. If the coil first enters the magnetic field at ti =1.00 s, at what time will it be entirely outside the magnetic field - tout = S? What will be the induced Emf (V) and current as the square loop enters the magnetic field? V = mV Select an answer v . I = MA What will be the induced Emf (V) when the square loop is in the middle of the magnetic field? V = mv Select an answer v . I = MA What will be the induced Emf (V) as the square loop leaves the magnetic field? V = mV Select an answer v 1 = MA o o O B o O OVO O O O V O O OK O O O O O