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Fundamentals of Electromagnetics with Engineering Applications
- B. Solve for z: (a) In z= 0.3 + 0.7iarrow_forwardcertain region of space, the clonge density in cylindiricol coordino tes by the funetin is given Pv = brer cc Im³ Apply Gauss 's Law to fin d D, CS CamScanner ile tarandıarrow_forwardQuestion " The intrinsic impedance of a medium is given by impedance in free space is: Hint: -8.854x10 and μo -4m x 10' H/m 2650 4890 1920 377 0 Q.So the intrinsicarrow_forward
- [CLO4] Suppose surface #1 is defined by o =45° , 0 < p< 7, 0 < z < 3 and surface #2 is defined by 0 =66.8° The length of the curve resulted from the intersection of the two surfaces is equal to O a. 5.71 O b. 24.75 О с. 7.62 O d. 13.33 Ое. 1.90arrow_forwardQuestion No. 1: Answer the following Questions: 1. Compute the polar coordinates of a) z1 = -1 - j b) z2 = 1 + j 2. Let z = 6e30, find the real and imaginary parts of z.arrow_forwardFind I.Z.T for the system a) z> 0.33 b) z <0.25 X[2] = 3-0.83z (1-0.25z-¹)(1-0.33z-¹)arrow_forward
- If Z= 10-j3 Find z³(point)³³³³³… (z^3.333333...)arrow_forwardA divergenceless field is solenoidal and a curl free field is irrotational. Determine whether the following equations are solenoidal, irrotational, neither or both. (Show your working) B=x(a,sin z+a.2 cos z)arrow_forward4. A uniform line with p = 5µC/m lies along the x-axis. Find D at (3,2,1) m.arrow_forward
- If Ā = (x + 2y + mz)āx + (nx – 3y – z)āy + (4x + py + 2z)āz, the constant values m, n, p so that the field A has a curl equal to zero are:arrow_forwardCalculate the rotation of A = (ρ cosφ)aρ + (z sinφ)aφ. Along the path L with 0 ≤ ρ ≤ 2,0 ≤ φ ≤ 60° , z = 0 Then confirm the answer in this case with Stokes' theorem. [Ans = 1]arrow_forwardXYZ = 675 Question 1 A XYZ ampere flows along a lamp post in the z direction at a location (0 m, Om) . A 400 ampere flows along a lamp post in the z direction at a location (0.02 m, 0 m). The B-field is on the x-y plane. Find the B-vector at the location (- 0.03m, - 0.06 m), magnitude and direction, polar coordinates Complete the following table Current at (0 , 0) ampere Current at (0.02 m, 0 m) | B magnitude (Tesla) B angle polar coordinate (degrees from x-axis counter ampere clockwise) XYZ 400 XYZ + 100 400 XYZ + 200 400 XYZ + 300 XYZ + 400 XYZ + 500 400 400 400 Use Excel to plot B- magnitude on the y-axis versus current at (0,0) on the x-axis. Show data points. Copy and paste onto docx or pdf for Blackboard submission. Is the graph linear? Explain Use Excel to plot B-angle on the y-axis versus current at (0,0) on the x-axis. Show data points. Copy and paste onto docx or pdf for Blackboard submission. Is the graph linear? Explain XYZ = 675arrow_forward
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