45° Loop 1 r= 1 Loop 2 r= 1 Loop 3 r= 2 Loop 4 r= 2 The figure shows four circular loops in a magnetic field. The radius of loops 3 and 4 are twice the raidus of loops 1 and 2. Rank the magnetic flux through each loop from highest (rank 1) to lowest (rank 4). If the magnetic flux of two or more looops are equal then label them as the same rank (this means you may not use all of the ranking numbers). Og through loop 1: rank 1 Og through loop 2: rank 2 rank 3 rank 4 O through loop 3: Og through loop 4:
45° Loop 1 r= 1 Loop 2 r= 1 Loop 3 r= 2 Loop 4 r= 2 The figure shows four circular loops in a magnetic field. The radius of loops 3 and 4 are twice the raidus of loops 1 and 2. Rank the magnetic flux through each loop from highest (rank 1) to lowest (rank 4). If the magnetic flux of two or more looops are equal then label them as the same rank (this means you may not use all of the ranking numbers). Og through loop 1: rank 1 Og through loop 2: rank 2 rank 3 rank 4 O through loop 3: Og through loop 4:
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The figure shows four circular loops in a magnetic field. The radius of loops 3 and 4 are twice the raidus of loops 1 and 2. Rank the magnetic flux through each loop from highest (rank 1) to lowest (rank 4). If the magnetic flux of two or more looops are equal then label them as the same rank (this means you may not use all of the ranking numbers).
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