There are two conductmg loops here labeled A and B. There is a current I as shown in loop A. That current is either continuously increased or continuously decreased. lMien that occurs: an induced current appears in loop B. W e need to determine 1whether the current in loop A was increased or decreased. In the diagram above, draw in the magnetic field due to the current I. To prevent the diagram from getting too messy, please confine any "magnetic field lines" to the area near loop A. Make sure your drawing accurately represents the magnetic field everywhere in space. What is the direction of the magnetic field due to the current in loop A inside loop B? In the diagram above, draw in the magnetic field due to the current Iinduced - To prevent the diagram from getting too messy, please confine any "magnetic field lines" to the area near loop B. Make sure your drawing accurately represents the magnetic field everywhere in space. What is the direction of the magnetic field due to induced inside loop B? Given your answer to Question #23, what does Faraday's Law and/or Lenz' Law tell you was happening to the magnetic field due to I inside loop B? Explain. So was current I increasing or decreasing? Explain