LON-CAPA Induced Current | | Apple + https loncapa3 .fsu.edu/enc/56/00ebc848ac03

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LON-CAPA Induced Current | | Apple + https loncapa3 .fsu.edu/enc/56/00ebc848ac033c62ae8680765b6b8d851af5f4e2be1f0f95c8502d6bd7d2bb6b13fa442 8b45 5 2d5283e2 73 5bb57c86e2664c0c7e693bb8ceSe Reader News Popular Netflix Syllabus (BSC4933-0001... https://campus.fsu.edu/b natural medicine stores n LON-CAPA Induced Current The Sketches Below Sho PHY2054C CollegePhysicsB (Spring2016) Sade Hawthorne (Student -section: 8) Main Menu Contents Grades Messages Courses Help Logout Course Contents» » Set 5 - Ch21.MagneticInduction, Lenz'sLaw Induced Current -O Timer Notes Evaluate Feedback-Print Induced Current The figures below show two different situations where a current may be induced in a loop according to Faraday's Law, with the direction given by Lenz' Law. The magnetic field strength in Figure 2 is represented by the density of crosses. Select true or false for the current in the loop. The cardinal directions are as defined in the compass rose points into I NW NE SE Fig. 1 Fig. 2 Fig 2: Loop moving East, no induced current # Fig 1: Magnet moving East, induced current a # Fig 1: Magnet moving west, induced current 'b. | Fig 1: Loop moving west, induced current a Fig 2: Loop moving West, induced current 'b'. | Fig 2: Loop moving North, induced current 'b' Submit AnswerTries 0/10

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The answers are:

<>Fig 1 : Loop moving West,induced current b <------- FALSE

As the loop is moving towards west, the magnetic field lines which are pointing into the plane of the loop from the right decreases, so the flux decreases. The induced current must be such so that this decreasing flux is increased. so the current will be directed in Clockwise direction( towards a) as seen from right.

<> Fig 1 : Magnet moving West,induced current a <------- FALSE

Now, the flux increases, the current direction will be opposite.

<> Fig 2 : Loop moving West,induced current a <------- TRUE

As the loop loves towards West, the flux increases, thus current must flow in counterclockwise direction so as to oppose this increasing (inward to the plane ) flux.

<> Fig 1 : Magnet moving east,induced current b <------- FALSE

Same explanation

<> Fig 2 : Loop moving South,induced current a <------- FALSE

AS it moves towards south there is no change in flux intering the loop. So there is no induced current

<> Fig 2 : Loop moving NOrth , no induced current <------- TRUE

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