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2) A straight filamentary conductor carrying current, I, along the z-axis of finite length from z1 to z2 where 0 < zı

2) A straight filamentary conductor carrying current, I, along the z-axis of finite length from z1 to z2 where 0 < zı

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2) A straight filamentary conductor carrying current, I, along the z-axis of finite length from z1 to z2 where 0 < zı <z2 as shown in Figure 1. At point P (0, y, 0), dI to point P) in Cartesian coordinate system. dI i. Find and R (vector from ii. Compute iii. Derive and show that the expression for the magnetic field intensity, H, at the surrounding of the filamentary conductor is di×R(Cartesian coordinate system) -I H -)a +z2 dl R Р(0, у, 0) y Figure 1: Filamentary conductor.
Transcribed Image Text:2) A straight filamentary conductor carrying current, I, along the z-axis of finite length from z1 to z2 where 0 < zı <z2 as shown in Figure 1. At point P (0, y, 0), dI to point P) in Cartesian coordinate system. dI i. Find and R (vector from ii. Compute iii. Derive and show that the expression for the magnetic field intensity, H, at the surrounding of the filamentary conductor is di×R(Cartesian coordinate system) -I H -)a +z2 dl R Р(0, у, 0) y Figure 1: Filamentary conductor.
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