the figure below shows a fixed horizontal conductor passing through the poles of a permanent magnet, being equidistant from them.The magnet is placed on a scale.When no current flows in the conductor, the scale shows 102.45 grams.When in the conductor current flows with intensity 4 amps, the scale shows 101.06 grams. The length of the conductor part located inside the field is 5cm. Calculate the induction value of the magnetic field.
the figure below shows a fixed horizontal conductor passing through the poles of a permanent magnet, being equidistant from them.The magnet is placed on a scale.When no current flows in the conductor, the scale shows 102.45 grams.When in the conductor current flows with intensity 4 amps, the scale shows 101.06 grams. The length of the conductor part located inside the field is 5cm. Calculate the induction value of the magnetic field.
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the figure below shows a fixed horizontal conductor passing through the poles of a permanent magnet, being equidistant from them.The magnet is placed on a scale.When no current flows in the conductor, the scale shows 102.45 grams.When in the conductor current flows with intensity 4 amps, the scale shows 101.06 grams.
The length of the conductor part located inside the field is 5cm. Calculate the induction value of the magnetic field.
Transcribed Image Text:poli N
tracking
poli S
102.45 g
scales
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