Re: CScurrent flow, resistance changes

2008-09-14 Thread Wayne Fugitt

Morning Andy,

 At 12:12 AM 9/14/2008, you wrote:
After further research I  discovered that electrons do change speed. 
I'll  blame my lack of knowledge on  public  education.


   Yes, and I think the same thing.  Only...

I would say,   My Old Public Education,
Very old as a matter of fact.


http://www.vicphysics.org/documents/teachers/synchrotronprojectKB.doc


  Very good article.  I may save that one and add it to my 
collection and web site.


Always like to read anything about Einstein.  I started a web page 
long ago about early scientists.

I have a few files on Einstein.

I read one short statement there that made me smile.

  The Algebra gets a little messy.

I was an algebra student too.  Made all A's on high school and 
college algebra without even trying.


It was all simple country logic to me.  grin

Likely they have changed some things by now.  It was so long ago, I 
may have forgotten a little.


Want to see an interesting Calculation. .  Try this one.

Calculate the Unbalanced Neutral Current, in a 3 Phase Y.
  Just look at the formula !

I put that formula in the HP 15 C, but it used so much of the memory, 
I decided to take it out.


I do not recall saying anything or disagreeing with the electron 
speed or the flow.


Instead I was concerned about the resistance changes.

Unless the scientists have changed all that, and updated Ohms Law, I 
thought I understood resistors as well as most.Likely I have seen 
more damaged, shorted, open circuited, smoked, burned up, than many 
will ever see.


I still have to explain the dangers and hazards of the resistor and 
diode, when I am in the right mood and thinking clear, . it 
that ever happens.  grin
I do not plan to get into the electron flow.  I can't see the 
electrons, but I can see the

effect there of.

That should be very interesting even to the non technicians. ( All 
Safety Related )


Wayne







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CScurrent flow, resistance changes

2008-09-13 Thread Wayne Fugitt

Morning Andy,

 At 11:29 PM 9/12/2008, you wrote:
Isn't Mike saying   I = E/R  Where I is directly proportional to E 
and inversely proportional to R?

 Now,weather electrons speed up and sow down, I don't know about that...


   I did it understand it exactly the way you did.

( Mikes Statement )
At 10:41 AM 9/12/2008, you wrote:

The higher the voltage or lower the resistance, then yes, the
current  will be higher, which means the electrons are moving faster
in the wire.


   I understood this to mean,  The Resistance Changes

First, I would think it to be the other way around.   The higher the 
voltage the  higher the resistance

depending on quantities.

Likewise, with high currents, the electrons might be congested in the wire.

Of course resistors heat up and wire heats up, under some conditions.
Conductor derateing and voltage drop enters in.   and dangers can exist.
But that is another book.

If these are sized so that the capacity is only 5, 10, maybe 50 %, 
that is another situation,
When the capacity is reached, or nearly so, 80, 90, 0r 100 %, of 
course things change


If the resistor is the wrong physical size, it will certainly change 
just before self destruction,

and change drastically upon self destruction.

This would all be easy to prove or disprove, by solving any circuit,

6 volts applied,  12, 18, 24, 36, 48, 60, 100, or whatever.

And of course using instrumentation and calculation.

I have an interesting resistor array I built for a specific purpose

Using several large resistors, I mounted them to a 2 ft 
square  aluminum plate, 1/4 inch thick.


I knew it would get hot.   The resistors would glow cherry red for a 
timed test without destruction.


100 amps  1200 watts.

The array will fry an egg, heat a bowl of soup, and boil a pot of 
coffee, not that this was the purpose.


I have seen resistor arrays that covered a complete wall.

I am not sure what Mike was trying to do, maybe give us a headache or 
see what kind of mess we would make, working on the puzzle he created.


Either way,  He did a good job.  grin

Once Confused, ... always confused, it seems.  Likely I have 
been working on the wrong thing.


Wayne

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Re: CScurrent flow, resistance changes

2008-09-13 Thread AScottSilver
Evening Wayne,

After further research I  discovered that electrons do change speed. I'll 
blame my lack of knowledge on  public  education.

http://www.vicphysics.org/documents/teachers/synchrotronprojectKB.doc

Andy

In  a message dated 9/13/2008 2:15:13 A.M. Pacific Daylight Time, 
cwa...@netdoor.com  writes:
Morning Andy,

 At 11:29 PM 9/12/2008, you  wrote:
Isn't Mike saying   I = E/R  Where I is directly  proportional to E 
and inversely proportional to R?
  Now,  whether electrons speed up and slow down, I don't know about  that...

I did it understand it exactly the way you  did.

( Mikes Statement )
At 10:41 AM 9/12/2008, you  wrote:
 The higher the voltage or lower the resistance, then yes,  the
 current  will be higher, which means the electrons are  moving faster
 in the wire.

I understood  this to mean,  The Resistance Changes

First, I would think it to  be the other way around.   The higher the 
voltage the  higher  the resistance
depending on quantities.

Likewise, with high currents,  the electrons might be congested in the wire.

Of course resistors heat up  and wire heats up, under some conditions.
Conductor derateing and voltage  drop enters in.   and dangers can exist.
But that is another  book.

If these are sized so that the capacity is only 5, 10, maybe 50 %,  
that is another situation,
When the capacity is reached, or nearly so,  80, 90, 0r 100 %, of 
course things change

If the resistor is the  wrong physical size, it will certainly change 
just before self  destruction,
and change drastically upon self destruction.

This would  all be easy to prove or disprove, by solving any circuit,

6 volts  applied,  12, 18, 24, 36, 48, 60, 100, or whatever.

And of course  using instrumentation and calculation.

I have an interesting resistor  array I built for a specific purpose

Using several large resistors, I  mounted them to a 2 ft 
square  aluminum plate, 1/4 inch thick.

I  knew it would get hot.   The resistors would glow cherry red for a  
timed test without destruction.

100 amps  1200 watts.

The  array will fry an egg, heat a bowl of soup, and boil a pot of 
coffee, not  that this was the purpose.

I have seen resistor arrays that covered a  complete wall.

I am not sure what Mike was trying to do, maybe give us a  headache or 
see what kind of mess we would make, working on the puzzle he  created.

Either way,  He did a good job.   grin

Once Confused, ... always confused, it seems.   Likely I have 
been working on the wrong  thing.

Wayne

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