Understanding the Continuity Line: Explained with Visuals

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The continuity line represents the principle that the voltage across a capacitor cannot change instantaneously, maintaining the same value just before and after a change occurs. This concept is crucial for understanding capacitor behavior in circuits. Annotations like "homogeneous" and "continuity" may not be part of the official solution, leading to confusion. Clarification on these terms is needed for better comprehension of the visual representation. Understanding these principles is essential for analyzing circuit dynamics effectively.
transgalactic
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Because the voltage across a capacitor can not change instantaneously, it must be the same both before (t=0-) and after (t=0+) whatever change occurs at t=0. Please tell me the annotations don't come from the official solution: homogenius, continuety?
 

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