Unterschiede

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--- electrical_engineering_and_electronics_1:block15 [2025/11/23 02:08] – mexleadmin
+++ electrical_engineering_and_electronics_1:block15 [2025/11/23 11:47] (aktuell) – mexleadmin
@@ Zeile 186: / Zeile 186: @@
 {{url>https://www.falstad.com/vector3dm/vector3dm.html?f=InverseRotationalDipole&d=streamlines&sl=z&st=20&ld=8&a1=51&rx=33&ry=0&rz=0&zm=1.2 700,450 noborder}}
 <WRAP>
-~~PAGEBREAK~~ ~~CLEARFIX~~
-=== Complex Geometry: toroidal Coil ===
-<WRAP>
-<imgcaption BildNr04 | Magnetic field in a toroidal coil></imgcaption> \\
-{{url>https://www.falstad.com/vector3dm/vector3dm.html?f=ToroidalSolenoidField&d=streamlines&sl=none&st=1&ld=8&a1=77&a2=26&a3=100&rx=0&ry=0&rz=0&zm=1.8 700,450 noborder}}
-<WRAP>
-A toroidal coil has a donut-like setup. This can be seen in <imgref BildNr04>. \\
-For reasons of symmetry, it shall get clear that the field lines form concentric circles. \\
-The magnetic field in a toroidal coil is often considered as homogenious.
@@ Zeile 211: / Zeile 198: @@
 ===== Exercises =====
+{{page>electrical_engineering_and_electronics:task_8a117vmnbbmsbfz3_with_calculation&nofooter}}
 <panel type="info" title="Task 3.2.1 Magnetic Field Strength around a horizontal straight Conductor"> <WRAP group><WRAP column 2%>{{fa>pencil?32}}</WRAP><WRAP column 92%>
@@ Zeile 379: / Zeile 369: @@
 {{page>electrical_engineering_and_electronics:task_76ksbc114ylxftfl_with_calculation&nofooter}}
-{{page>electrical_engineering_and_electronics:task_8a117vmnbbmsbfz3_with_calculation&nofooter}}
@@ Zeile 392: / Zeile 381: @@
 Superposition of magnetic fields
 {{youtube>xB8J-NaNYc4}}
+</WRAP>
+<WRAP column half>
+{{youtube>VkSQX5VpYpQ}}
 </WRAP>