The coil radius is a the spiral has n uniformly distributed


Magnetic flux density of a spiral coil. A wire is bent to form a flat spiral coil and carries a current I. Calculate the flux density at a point h meters high above the center of the spiral (Figure 8.32). The coil radius is a. The spiral has N uniformly distributed turns. Assume each turn is a perfect circle.

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Chemical Engineering: The coil radius is a the spiral has n uniformly distributed
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