Recent content by pallidin

  1. P

    Does the pointing vector theory hold true for DC current?

    Hopefully not in opposition of PF rules, I do like posing "devil advocate" comments to more thoroughly understand an OP's question/position as well as, more importantly, incite expert response. I have done this a number of times, and have found it quite useful in "zero-response" questions. I...
  2. P

    Does the pointing vector theory hold true for DC current?

    Not so fast... that a REALLY bad analogy. I'll leave it to you to understand why.
  3. P

    Does the pointing vector theory hold true for DC current?

    I must respectfully say that, IMHO, you are wrong. Love you and cheers :)
  4. P

    Mythbusters: Blow your own sail review

    If you "close the system" you will find that your scenerio does not work. If you "open the system" the environmental air simply will not do as you suggest.
  5. P

    Does the pointing vector theory hold true for DC current?

    OK, everyone. A reduction in electron "flow" DOES NOT in any way mean a loss of the specific electrons themselves...
  6. P

    Does the pointing vector theory hold true for DC current?

    Look, it's very simple: Resistive devices in an electrical circuit DISSIPATE energy. This action necessarily results in a quantifiable reduction in current flow.
  7. P

    Does the pointing vector theory hold true for DC current?

    I never said or suggested that the actual electrons are "consumed" Rather, what I am saying is that the energy during the event most cetainly is(rather converted) to heat, light, etc... That event requires a reduction in current flow.
  8. P

    Does the pointing vector theory hold true for DC current?

    I would confidently say that my 1500 watt electrical space heater is, in fact, initially reducing current at IT'S LOCATION, not the power station. The "power station" must then ramp-up current flow to compensate for the losses at my space heater's location. Thus the "bill"
  9. P

    Does the pointing vector theory hold true for DC current?

    Well, it IS being used up, in a sense. It HAS to be, else one would have perpetual motion with infinite energy draw. The key is "conversion" A specific amount of current flow is reduced, by conversion, to, say, heat or light. Thus there IS less current.
  10. P

    Does the pointing vector theory hold true for DC current?

    Uh, no. A resistive device within the circuit will reduce current flow.
  11. P

    Understanding Photon Velocity: Impact on Mass and Life Span Explained

    I agree. Photons exist only at c or not at all. This curious phenomenon is not seen elsewhere in nature(to my understanding that is) However, that fact that a photon has no "rest mass" helps, somewhat, in our query as to how it can go from 0 to c instantaneously.
  12. P

    Does the pointing vector theory hold true for DC current?

    Yes it does. That's the whole idea.
  13. P

    Defining Time: Our Everyday Mystery

    "Time" is a quantifiable measurment of "change" Without "change" time does not, and can not, exist... Think about that for a few minutes :)
  14. P

    Seal Team Six Helicopter Crash 5/1

    Having a radar signiture less than that of a large bird, steath-tech allows inderdiction in conflict areas seemingly impossible.
Back
Top