EE 381-01 Electric and Magnetic Fields Dr. Montoya's Fall 2024, 3-0 (3 credit hours) EEP 338- MWF 12-12:50 pm E-mail Dr. Montoya Return to Dr. Montoya’s Home Page
The homework format requirements are given in the syllabus. An example is given in: ee381_hw_example.pdf
Homework Assignments
ee381_fall2024_hw_01.pdf ee381_fall2024_hw_02.pdf ee381_fall2024_hw_03.pdf ee381_fall2024_hw_04.pdf ee381_fall2024_hw_05.pdf	ee381_fall2024_hw_06.pdf ee381_fall2024_hw_07.pdf ee381_fall2024_hw_08.pdf ee381_fall2024_hw_09.pdf ee381_fall2024_hw_10.pdf	ee381_fall2024_hw_11.pdf ee381_fall2024_hw_12.pdf ee381_fall2024_hw_13.pdf ee381_fall2024_hw_14.pdf (extra credit)
Homework Solutions HW #1: Rogers4003C_planar_line_2_4GHz_dist_param.pdf, Rogers4003C_planar_line_2_4GHz_param.pdf, 11_13.pdf, 11_18.pdf, 11_18_lowloss.pdf, 11_23.pdf [1.5 pnts/ea * 6 for ‘good try’ + 1 point extra for problem 2) correct = 10 points] HW #2: 11_30.pdf, 11_33.pdf, 11_37.pdf, lossless_TL_50ohm_980MHz.pdf, lossless_TL_50ohm_980MHz_40cm.pdf, lossy_RG6_100MHz_570cm.pdf [1.5 pnts/ea * 6 for ‘good try’ + 1 point extra for problem 6) correct = 10 points] HW #3: lossless_50ohm_TL_2GHz_power.pdf, lossy_50ohm_TL_2GHz_power.pdf, 50ohm_coax_stubs_4GHz.pdf, 11_40.pdf, 11_43.pdf, 11_49.pdf [1.5 pnts/ea * 6 for ‘good try’ + 1 point extra for problem 1) correct = 10 points] HW #4: pe1_02.pdf, pe1_05.pdf, 1_01.pdf, 1_06ac.pdf, 1_13.pdf, 1_16.pdf, 1_23.pdf, 1_30.pdf [1 pnt/ea * 8 for ‘good try’ + 1 point extra/ea for problems 1.6ac & 1.16 correct = 10 points] HW #5: pe2_04_mod_A.pdf, 2_01ac.pdf, 2_04.pdf, 2_05.pdf, 2_10.pdf, 2_27.pdf, 2_32.pdf, 2_33.pdf [1 pnt/ea * 8 for ‘good try’ + 1 point extra/ea for problems pe2.4 & 2.4 correct = 10 points] HW #6: 3_03.pdf, 3_08.pdf, 3_11.pdf, 3_14.pdf, 3_18.pdf, 3_22.pdf [1.5 pnts/ea * 6 for ‘good try’ + 1 point extra/ea for problem 3.8 correct = 10 points] HW #7: pe3_12.pdf, 3_28.pdf, 3_34.pdf, 3_41.pdf, 3_46.pdf, 3_59.pdf [1.5 pnts/ea * 6 for ‘good try’ + 1 point extra/ea for problem 3.28 correct = 10 points] HW #8: rect_plate_surface_charge.pdf, 4_02.pdf, 4_06.pdf, 4_17.pdf, 4_23.pdf, hemisphere_surface_charge.pdf, 4_29.pdf, 4_33.pdf [1 pnt/ea * 8 for ‘good try’ + 1 point extra/ea for problems 4.6 & 6) correct = 10 points] HW #9: pe4_14.pdf, 4_38.pdf, 4_39.pdf, 4_46.pdf, 4_62.pdf, 4_65.pdf [1.5 pnts/ea * 6 for ‘good try’ + 1 point extra for problem 4.46 correct = 10 points] HW #10: 5_05.pdf, 5_10.pdf, 5_21.pdf, 5_24.pdf, 5_29.pdf, relaxation_times_ver_B.pdf, 5_47.pdf, tilted_dielectric_boundary1.pdf [1 pnt/ea * 8 for ‘good try’ + 1 point extra/ea for problems 5.10 & 8) correct = 10 points] HW #11: pe6_08a.pdf, 6_07.pdf, 6_18.pdf, 6_39.pdf, 6_52.pdf [1.8 pnts/ea * 5 for ‘good try’ + 1 point extra/ea for problem PE6.8a correct = 10 points] HW #12: pe7_07.pdf, 7_04.pdf, 7_09.pdf, 7_24.pdf, 7_31.pdf, 7_32.pdf, 7_41.pdf, 7_44.pdf [1 pnt/ea * 8 for ‘good try’ + 1 point extra/ea for problems 7.24 & 7.32 correct = 10 points] HW #13: 8_03.pdf, mag_force_16cm_wire.pdf, 8_14.pdf, 8_18.pdf, coil_mag_moment_torque1.pdf, mag_material1.pdf [1.5 pnt/ea * 6 for ‘good try’ + 1 point extra for problem 5) correct = 10 points] HW #14: pe8_08.pdf, pe8_10.pdf, 8_33.pdf, 8_42.pdf, 8_48.pdf [Extra credit: 1.8 pnt/ea * 5 for ‘good try’ + 1 point extra for 8.48 correct = 10 points]