1. There are two coils that are wound around the same cylindrical shape. The induced emf in the second coil is measured to have a magnitude of 2.4 *107# V when the current in the first coil is decreasing at a rate of -0.35 -. What is the mutual induction of the coils? Assuming the second 5 coil has 50 turns, what would the average flux through each turn have to be if the current through the first coil is 2.0 A? What would the magnitude of the induced emf in the first coil be if the current in the second coil increases at a rate of 0.45-?Question] 0 ,i' 4 pts From Problem #1 There are two coils that are wound around the same cylindrical shape. The induced emf in the second coil is measured to have a magnitude of What is the mutual induction of the coils? Give the answer in mH. BE m Question 2 o ,f 4 pts From Problem #1 There are two coils that are wound around the same cwindricdl shape. The induced emf in the second coil is measured to have a magnitude of Assuming the second coil has 56 turns. what would the average flux through each turn have to be if the current through the first coil is it} .4? Give 1,rou answer in me fmilliweber] UDDDE Question 3 o ,i' 4 pts From Problem #1 There are two coils that are wound around the same cylindrical shape. The induced emf in the second coil is measured to have a magnitude of What would the magnitude of the induced emf in the first coil be if the current in the second coil increases at a rate of 1145 Ms? Give the answer in mU. EDS