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ee2:task_ddjurcpk494go2q1_with_calculation [2024/07/15 20:11] – angelegt mexleadminee2:task_ddjurcpk494go2q1_with_calculation [2024/07/15 21:37] (aktuell) – mexleadmin
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- qq{{tag>electric_field magnetic_field exam_ee2_SS2024}}{{include_n>1040}}+{{tag>electric_field magnetic_field exam_ee2_SS2024}}{{include_n>1040}}
    
-#@TaskTitle_HTML@##@Lvl_HTML@#~~#@ee1_taskctr#~~ Capacitor \\+#@TaskTitle_HTML@##@Lvl_HTML@#~~#@ee1_taskctr#~~ Fields of an coax Cable\\
 <fs medium>(written test, approx. 12 % of a 120-minute written test, SS2024)</fs> #@TaskText_HTML@# <fs medium>(written test, approx. 12 % of a 120-minute written test, SS2024)</fs> #@TaskText_HTML@#
  
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 #@HiddenBegin_HTML~ddjurcpk494go2q1_41,Path~@# #@HiddenBegin_HTML~ddjurcpk494go2q1_41,Path~@#
-In general, the $D$-field is proportional to ${{1}\over{r}}$+  * In general, the $D$-field is proportional to ${{1}\over{r}}$ for the situation between both conductors. 
 +  * Since the charges are on the surface of the conductor, there is no $D$-field within the conductor.
 #@HiddenEnd_HTML~ddjurcpk494go2q1_41,Path~@# #@HiddenEnd_HTML~ddjurcpk494go2q1_41,Path~@#