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This video, provided by Columbia Gorge Community College, is the second part of a two part lecture that discusses how to use MATH functions to display alternating current (AC) power on an oscilloscope. This video runs 08:25 minutes in length. The first part of the lecture is available to view...

This video, provided by Columbia Gorge Community College, is the first part of a two part lecture that discusses the MATH function on an oscilloscope. This lesson teaches users how to "employ the MATH functions on an oscilloscope to display voltage across elements in series AC circuits including...

This video, provided by Columbia Gorge Community College, is the second part of a two part lecture that discusses the MATH function on an oscilloscope. This lesson teaches users how to "employ the MATH functions on an oscilloscope to display voltage across elements in series AC circuits including...

This video, provided by Columbia Gorge Community College, is the first part of a two part lecture that discusses oscilloscopes measurement techniques. The main objective of the lesson is to "measure basic properties of AC waveforms with the oscilloscope using manual unit conversion, cursors, and...

This video, provided by Columbia Gorge Community College, is the second part of a two part lecture that discusses oscilloscopes measurement techniques. The main objective of the lesson is to "measure basic properties of AC waveforms with the oscilloscope using manual unit conversion, cursors, and...

This video, provided by Columbia Gorge Community College, is the first part of a two part lecture that discusses oscilloscopes and alternating current (AC) Ohm's Law examples. The main objective of the lesson is to interpret oscilloscope date, determine sinusoidal AC properties, use phasors and...

This video, provided by Columbia Gorge Community College, is the second part of a two part lecture that discusses oscilloscopes and alternating current (AC) Ohm's Law examples. The main objective of the lesson is to "interpret oscilloscope date, determine sinusoidal AC properties, use phasors and...

This animation shows band populations as a function of temperature in a p-type extrinsic semiconductor. Note that the Fermi-energy actual shifts position in the band gap and is not accurately depicted here. The video shows the conduction bond and valence bond separated by a band gap with the...

This video, provided by Columbia Gorge Community College, is the first part of a two part lecture that introduces parallel alternating current (AC) circuit properties and analysis techniques. The lesson examines "fundamental electrical properties of parallel AC circuits." "Kirchhoff's Current Law as...

This video, provided by Columbia Gorge Community College, is the second part of a two part lecture that introduces parallel alternating current (AC) circuit properties and analysis techniques. The lesson examines "fundamental electrical properties of parallel AC circuits." "Kirchhoff's Current Law...