Twi circular loops are arranged such that the center of the smaller one (Is = 2 A, r =3mm) coincides with the center of the larger one (IL = 4A, R - 5 mm). The figure shows the loops indicating their coinciding center as well as the direction of their currents. 1. Identify the correct order of magnitude at the three points indicated on the figure. (options are as follows): a. BA < BB< Bc b. Bc < Bb < Ba c. Ba < Bc < Bb 2. Determine the magnitude and direction of the net magnetic field at point C.
Twi circular loops are arranged such that the center of the smaller one (Is = 2 A, r =3mm) coincides with the center of the larger one (IL = 4A, R - 5 mm). The figure shows the loops indicating their coinciding center as well as the direction of their currents. 1. Identify the correct order of magnitude at the three points indicated on the figure. (options are as follows): a. BA < BB< Bc b. Bc < Bb < Ba c. Ba < Bc < Bb 2. Determine the magnitude and direction of the net magnetic field at point C.
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Twi circular loops are arranged such that the center of the smaller one (Is = 2 A, r =3mm) coincides with the center of the larger one (IL = 4A, R - 5 mm). The figure shows the loops indicating their coinciding center as well as the direction of their currents.
1. Identify the correct order of magnitude at the three points indicated on the figure. (options are as follows):
a. BA < BB< Bc b. Bc < Bb < Ba c. Ba < Bc < Bb
2. Determine the magnitude and direction of the net magnetic field at point C.
Transcribed Image Text:A
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