<transcript><audio_19>our a little label here and it looks like something's missing v load appears to be missing right i mean here's e thevenin we can see that things going from zero there's the eight volts ten milliseconds later drops to zero and</transcript><transcript><audio_20>stays there we can see some rising and falling potentials what the heck happened to v load well as i said v load and v load 2 should be the same thing so let's just</transcript><caption><image_21>The image is a screenshot of a software interface with a flowchart on the right side. The flowchart is divided into three sections. The first section is a circuit diagram with a green circuit board on the left side and a blue line on the top left corner. The circuit board is connected to a red line, which appears to be a voltage regulator.

The second section is an electrical circuit diagram, which is a type of circuit board that is used to control the flow of electrical components. The red line represents the current and voltage levels in the circuit, while the green line represents voltage levels. The blue line represents a voltage level in the current, which means that the circuit is in the process of being connected to an electrical system. The purple line represents an electrical component, which may be a component of the circuit board, and the pink line represents another component, possibly a component that is connected in the same direction as the red line. The diagram also has a label on the bottom right corner that reads "Power Supply".

At the top of the image, there is a toolbar with various options such as File, Edit, View, Tools, and Help.</caption><transcript><audio_22>separate out the curves and sure enough there's the green there's the fuchsia right v load and v load two those are identical curves</transcript><transcript><audio_23>so that very nicely verifies up thevenin's theorem for us right in another sort of way but in any case there's our thevenin voltage the square there's our voltage across the resistor and then the capacitor voltages</transcript> our a little label here and it looks like something's missing v load appears to be missing right i mean here's e thevenin we can see that things going from zero there's the eight volts ten milliseconds later drops to zero and stays there we can see some rising and falling potentials what the heck happened to v load well as i said v load and v load 2 should be the same thing so let's just separate out the curves and sure enough there's the green there's the fuchsia right v load and v load two those are identical curves so that very nicely verifies up thevenin's theorem for us right in another sort of way but in any case there's our thevenin voltage the square there's our voltage across the resistor and then the capacitor voltages
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