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electrical_engineering_and_electronics_1:block17 [2025/12/02 17:39] – [Applications of the Lorentz Force] mexleadminelectrical_engineering_and_electronics_1:block17 [2026/01/24 15:22] (aktuell) – mexleadmin
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 ====== Block 17 — Magnetic Flux Density and Forces ====== ====== Block 17 — Magnetic Flux Density and Forces ======
  
-===== Learning objectives =====+===== 17.0 Intro ===== 
 + 
 +==== 17.0.1 Learning objectives ====
 <callout> <callout>
 After this 90-minute block, you can After this 90-minute block, you can
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 </callout> </callout>
  
-===== Preparation at Home =====+==== 17.0.2 Preparation at Home ====
  
 Well, again  Well, again 
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 For checking your understanding please do the following exercises: For checking your understanding please do the following exercises:
-  * ...+  * Exercise E2 Toroidal Coil 
 +  * Task 3.2.1 Magnetic Field Strength around a horizontal straight Conductor 
 +  * Task 3.3.2 Electron in Plate Capacitor with magnetic Field
  
-===== 90-minute plan =====+==== 17.0.3 90-minute plan ====
   - Warm-up (x min):    - Warm-up (x min): 
     - ....      - .... 
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   - Wrap-up (x min): Summary box; common pitfalls checklist.   - Wrap-up (x min): Summary box; common pitfalls checklist.
  
-===== Conceptual overview =====+==== 17.0.4 Conceptual overview ====
 <callout icon="fa fa-lightbulb-o" color="blue"> <callout icon="fa fa-lightbulb-o" color="blue">
   - ...   - ...
 </callout> </callout>
  
-===== Core content =====+===== 17.1 Core content =====
  
 We know from [[block11]] that a static charge $Q_1$ generate a static electric field $D$. \\ We know from [[block11]] that a static charge $Q_1$ generate a static electric field $D$. \\
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-==== Definition of the Magnetic Flux Density ====+==== 17.1.1 Definition of the Magnetic Flux Density ====
  
 To derive the forces, we do a step back to the images of field lines. \\ To derive the forces, we do a step back to the images of field lines. \\
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 \begin{align*} \begin{align*}
-\boxed{|\vec{F_L}| = I \cdot |l| \cdot |B| \cdot \sin(\angle \vec{l},\vec{B} )}+\boxed{|\vec{F}_L| = I \cdot |l| \cdot |B| \cdot \sin(\angle \vec{l},\vec{B} )}
 \end{align*} \end{align*}
  
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 </callout> </callout>
  
-==== Materials ====+==== 17.1.2 Materials ====
  
 The material can be divided into different types by looking at its relative permeability. The material can be divided into different types by looking at its relative permeability.
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 </WRAP></WRAP> </WRAP></WRAP>
  
-==== Applications of the Lorentz Force: Two parallel Conductors ===+==== 17.1.3 Applications of the Lorentz Force: Two parallel Conductors ===
  
 The Lorentz force can be applied to two parallel conductors. \\  The Lorentz force can be applied to two parallel conductors. \\ 
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-</WRAP></WRAP> 
  
 +===== 17.3 Common pitfalls =====
 +...
  
-===== Common pitfalls ===== +===== 17.4 Exercises =====
-  * ... +
- +
-===== Exercises =====+
  
 {{page>electrical_engineering_and_electronics:task_0j7accfimmemytq9_with_calculation&nofooter}} {{page>electrical_engineering_and_electronics:task_0j7accfimmemytq9_with_calculation&nofooter}}