Recent content by Mark_Djorn

  1. M

    AC Drift Velocity: Understand Reactive Power & Movement of Electrons

    Perfect, well understood thank you!
  2. M

    AC Drift Velocity: Understand Reactive Power & Movement of Electrons

    Perfect... understood! So definitelly the averafe drift veoocity is zero. Correct? Although work is always there, whether positive or negative
  3. M

    AC Drift Velocity: Understand Reactive Power & Movement of Electrons

    Really liked the analogy. Let me get this right... Rod=electrons Weight=work done (power) Right?
  4. M

    AC Drift Velocity: Understand Reactive Power & Movement of Electrons

    So let's compartimentalise the two topics: 1. drift velocity 2. Power Power only takes in consideration phases for V and I and it disregard the concept of zero drift velocity. Right?
  5. M

    AC Drift Velocity: Understand Reactive Power & Movement of Electrons

    Understood the concept for reverse power. If I draw cartesian diagrams of the waveforms help. So basically nothing to do with current drift
  6. M

    AC Drift Velocity: Understand Reactive Power & Movement of Electrons

    Hi All I hope this topic makes sense for this forum and somebody can help me to understand. This is what I understand (please allow numerical approximations): 1. Electrons move in a conductor at a speed anywhere near the speed of light. 2. Electrons gain actual velocity (drift) only when...
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