On 4/8/2013 6:33 AM, "steve" began whimpering anew when:
>
> On Mon, 08 Apr 2013 06:00:21 -0500, Man of Mind laughed at:
>>
>> On 4/7/2013 9:51 PM, slapped fraud <
wsjam...@gmail.com> sniveled:
>>>
>>> Man of Mind was exploiting the sociopathy exhibited by:
>>>>
>>>> On 4/7/2013 4:50 PM, slapped fraud <
wsjam...@gmail.com> deleted:
>>>>>
>>>>> Man of Mind restored the hilarious bitch-slapping administered to:
>>>>>>
>>>>>> On 4/7/2013 3:00 PM, slapped fraud <
wsjam...@gmail.com> deleted:
>>>>>>>
>>>>>>> Man of Mind restored the hilarious bitch-slapping administered to:
>>>>>>>>
>>>>>>>> On 4/6/2013 11:00 PM, slapped fraud <
wsjam...@gmail.com> whined:
>>>>>>>>>
>>>>>>>>> Man of Mind restored the original text/context:
.........
>>>>>>>>> Let's do some more physics problems!
>>>>>>>>
>>>>>>>> Okay..
I see that neither of you two amateurs can solve this:
What's the repulsive force between two objects, each charged
with 100 Coulombs of electrostatic potential, at a distance
of 1.0 centimeter from each other?
Now, how much magnetic force, in Gauss, would it take for a
pair of magnets to repel each other with the same amount of
force at the same distance (1.0 centimeter)?
Put your answers right here---> _______________
In fact, you've been running away from this simple problem
regarding the comparison of electrostatic and magnetic
fields since you first committed your "magnetic capacitors"
faux pas, haven't you "steve"?
>>>>>>> I don't have a degree in physics
>>>>>>
>>>>>> Then, maybe you shouldn't throw out challenges you can't
>>>>>> meet with the correct answers, Slapped Fraud..
>>>>>
>>>>> Who says I do?
>>>>
>>>> Me, slapped fraud..
>>>>
>>>>> If you can't solve a simple problem in mechanics
>>>>
>>>> Then maybe you shouldn't be challenging me when you can't..
>>>>
>>>> Recall:
>>>>
>>>> "If you were to ball a ball 500 miles above the Earth's surface"
>>>>
>>>> "Anyway, I didn't even bother to out in the units in the equation"
>>>>
>>>> "Oh, the units are in energy - kg x ft^2/sec^2"
>>>
>>> You reacted
>>
>> Nope, I just pointed out how you failed to solve your own
>> 'psychics problem', and then bragged & sagged afterwards..
>>
>> "Oh, the units are in energy - kg x ft^2/sec^2"
>>
>> *>chuckling<*
>
> That's from the guy who claims a degree in physics
That's true, earned one, went back for a masters too..
> but doesn't even understand faraday's law.
No, that would be yourself that doesn't understand
Faraday's Law of Induction..
Transcript of Man of Mind schooling Steve Canyon, a synopsis:
http://ocw.mit.edu/courses/physics/8-02sc-physics-ii-electricity-and-magnetism-fall-2010/capacitance-capacitors-energy-stored-in-capacitors/MIT8_02SC_notes10to11.pdf
5.6 Creating Electric Fields
"Electric fields are created by electric charge. If there
is no electric charge present, and there never has been
any electric charge present in the past, then there would
be no electric field anywhere [in] space."
But, I keep forgetting, you don't even know what a conductor is..
http://en.wikipedia.org/wiki/Electrical_conduction#In_metals
"A metal consists of a lattice of atoms, each with an
outer shell of electrons which freely dissociate from
their parent atoms and travel through the lattice.
This is also known as a positive ionic lattice. This
'sea' of dissociable electrons allows the metal to
conduct electric current.
But, you don't understand the difference between electrostatic
and magnetic fields, to begin with, do you "steve"?
http://www.diffen.com/difference/Electric_Field_vs_Magnetic_Field
"A moving charge always has both a magnetic and an electric field,
and that�s precisely the reason why they are associated with each
other."
"They are two different fields with nearly the same characteristics.
Therefore, they are inter-related in a field called the
electromagnetic field. In this field, the electric field
and the magnetic field move at right angles to each other.
However, they are not dependant on each other. They may also
exist independently. Without the electric field, the magnetic
field exists in permanent magnets and electric fields exist
in the form of static electricity, in absence of the magnetic
field.
So, here, from your own cite, I present Faraday's Law of Induction
http://ocw.mit.edu/courses/physics/8-02sc-physics-ii-electricity-and-magnetism-fall-2010/faradays-law/MIT8_02SC_notes21.pdf
10.3 Induced Electric Field
"Faraday�s law shows that as magnetic flux changes with time,
an induced current begins to flow. What causes the charges
to move? It is the induced emf which is the work done per
unit charge. However, since magnetic field can do [no] work,
as we have shown in Chapter 8, the work done on the mobile
charges must be electric, and the electric field in this
situation cannot be conservative because the line integral
of a conservative field must vanish."
That may be just a little bit over your head, I suppose. You'd
have to study Maxwell's Laws to get past your junior high
'google scholar' comprehension of this subject. I suspect
that you're just too stubbornly lazy to try past that..
Much like your opinions on politics and economics, you've
demonstrated an abject lack of understanding past your
usual prepubescent regurgitations of right-wing pabulum..
> How long can it be before Kurt starts arguing that
> he can't get drunk. He can't, you know...
Especially if I don't drink at all..
Say, why did they let you bond out of jail, John-boy?
--
"The only time capacitors are doing anything they have significant
magnetic fields, Lochner."
Steven Canyon <Ga...@dog.soldiers>
Fri, 09 Aug 2002 12:57:55 GMT
"Coulomb's Law " Like charges repel, unlike charges attract.
that's what makes curent flow, dummy...."
kicking hippies <
steven...@yahoo.com>
"any and all capacitors work on the principal of magnetism...."
Steven Canyon <Ga...@dog.soldiers> Mon, 12 Aug 2002 03:30:14 GMT
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