Differences

This shows you the differences between two versions of the page.

--- 184_notes:i_b_force [2021/06/16 22:01] – [Force on the whole wire] bartonmo
+++ 184_notes:i_b_force [2021/07/13 11:58] (current) – schram45
@@ Line 26: / Line 26: @@
 using the fact that  $\frac{dq}{dt}$  is the definition of conventional current (the amount of charge passing a point per second).
-[{{  184_notes:week11_7.png?350|Magnetic Force produced on a current carrying wire in an external magnetic field}}]
+[{{  184_notes:week11_7.png?350|Magnetic Force, F, produced on a current carrying wire in an external magnetic field, B}}]
 This means that the small amount of force on the wire is given by:
  $d\vec{F}= I d\vec{l} \times \vec{B}$
@@ Line 59: / Line 59: @@
 ==== Examples ====
-[[:184_notes:examples:Week12_force_between_wires|Magnetic Force between Two Current-Carrying Wires]]
+  * [[:184_notes:examples:Week12_force_between_wires|Magnetic Force between Two Current-Carrying Wires]]
+    * Video Example: Magnetic Force between Two Current-Carrying Wires
-[[:184_notes:examples:Week12_force_loop_magnetic_field|Force on a Loop of Current in a Magnetic Field]]
+  * [[:184_notes:examples:Week12_force_loop_magnetic_field|Force on a Loop of Current in a Magnetic Field]]
+    * Video Example: Force on a Loop of Current in a Magnetic Field
+{{youtube>BLuU7nZWv5k?large}}
+{{youtube>jMoOVHU6RR0?large}}