All information is here solve. With place holders numbers or solve symbolicly On the exam I might change the orientation of the smallloops. I might also change the number of coils in one of the current-carrying loops, increasing the strength of the magnetic field it gen-erates. The solenoids below are suddenly connected battery. From largestto smallest, rank the voltage you would measure across each loop. I onlycare about magnitude, not sign. The coils are all the same radius and aboutthe same distance from their solenoids. Loop 2 has two loops instead of one.Loop 1Loop 2Loop 3fE aiMultiplicative factor - does the reasoning start from Faraday's Law?dB.dAdtOBOtVXE =the electric field curls around the change in the magnetic fieldIs the location of interest/path of interest identified? (What is collecting the electric field/whatis the "receiver"/what is getting the induced voltage?)Is the source of the magnetic field identified?Is the system (and the magnetic field t the area interest) drawn at two times: an initial timeand a short time later?• Googling "magnetic field solenoid" will help out!Is the direction of the change in the magnetic field drawn?Is the electric field drawn at the location of interest? To find the electric field:- Point your right thumb opposite the change in the magnetic field- The electric field curls around your thumb in the direction of your fingersIs the electric field related to the voltage or current at the location of interest/around the pathof interest?AVE diIs there a discussion about the answer as it relates to the stated problem?

The magnetic field across a solenoid depends on the number of loops and the current flowing through…

On the exam I might change the orientation of the small loops. I might also change the number of coils in one of the current- carrying loops, increasing the strength of the magnetic field it gen- erates. The solenoids below are suddenly connected battery. From largest to smallest, rank the voltage you would measure across each loop. I only care about magnitude, not sign. The coils are all the same radius and about the same distance from their solenoids. Loop 2 has two loops instead of one. Loop 1 Loop 2 M Loop 3 ko I

On the exam I might change the orientation of the small loops. I might also change the number of coils in one of the current- carrying loops, increasing the strength of the magnetic field it gen- erates. The solenoids below are suddenly connected battery. From largest to smallest, rank the voltage you would measure across each loop. I only care about magnitude, not sign. The coils are all the same radius and about the same distance from their solenoids. Loop 2 has two loops instead of one. Loop 1 Loop 2 M Loop 3 ko I