<transcript><audio_0>in this video we're going to be walking through a voltage divider circuit and we're going to talk about the importance of the ground reference so let me show you what i mean here we've got our basic voltage divider circuit we have four resistors in series with one another</transcript><video><caption><image_1>The image is a black text written in a simple, sans-serif font. The text reads "Voltage Dividers (GROUND REFERENCE)". The text is written in all caps and is centered on the image. The background is white.</caption><caption><image_2>The image is a circuit diagram of a voltage regulator. It consists of two resistors, one on the left side and the other on the right side. The resistors are connected by a series of capacitors, which are also connected by resistors.

The resistors in the circuit are shown in black and white, with the resistors on the top and the capacitors on the bottom. The capacitors are labeled with their respective values, such as "A", "B", "C", "D", "E", "F", "G", "H", "J", "K", "L", "M", and "R".

There is also a resistor in the bottom right corner of the circuit, which is labeled as "V". This circuit is used to regulate the voltage in a circuit.</caption></video> in this video we're going to be walking through a voltage divider circuit and we're going to talk about the importance of the ground reference so let me show you what i mean here we've got our basic voltage divider circuit we have four resistors in series with one another
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