Logical Fallacies, page

en.wikipedia.org...

I think you should be forced to read and understand this list before being allowed to post.

It seems to me that a large proportion of arguments on ATS could be solved if people understood the fallacies on this list.

And I'm only kind of joking

reply to post by seethelight

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Now thats an informing list!

I like this one, for title alone.

If-by-whiskey: An argument that supports both sides of an issue by using terms that are selectively emotionally sensitive.

Source


Alot of ideas I get are from the influnce of whiskey...Hmm...[/joking]

likewise POV en.wikipedia.org...

And I'm only kind of joking

Like talks in parables ..Why? '..it reduces the noise immunity. ' of the others' measure of o1 when you remove the 0's place to countings on/off 1
..occult talk of layers levels labellings leveling...?!

reply to post by seethelight

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en.wikipedia.org...
"...in ground potential between transmitter and receiver do not affect the receiver's ability to detect the signal.

en.wikipedia.org...
For other uses, see Occult (disambiguation).

The word occult comes from the Latin word occultus (clandestine, hidden, secret), referring to "knowledge of the hidden".[1] In the medical sense it is used to refer to a structure or process that is hidden, e.g. an "occult

Differential_signaling
en.wikipedia.org...
Suitability for use with low-voltage electronics
To see why, consider a single-ended digital system with supply voltage Vs. The high logic level is Vs. and the low logic level is 0 V . The difference between the two levels is therefore Vs - 0 V = Vs .. Now consider a differential system with the same supply voltage.


In a system with a differential receiver, desired signals add and noise is subtracted away..

The voltage difference in the high state, where one wire is at Vs and the other at 0 V, is Vs - 0 V = Vs. . The voltage difference in the low state, where the voltages on the wires are exchanged, is 0 V - Vs = - Vs. The difference between high and low logic levels is therefore
Vs - (- Vs) = 2Vs. . This is twice the difference of the single-ended
system. Supposing that the voltage noise on one wire is uncorrelated to the noise on the other one, the result is that it takes twice as much noise to cause an error with the differential system as with the single-ended system. In other words, the noise immunity is doubled.
Resistance to electromagnetic interference
Point_of_view_(literature) en.wikipedia.org...(literature)
Logical Measures of 1 and Fair divisionS
1 ^ nu-meR
8 0o0o oo V
0 % ^ vv e
oo ~ ~ ~ °
"degree" of truth – logic[0,1]

what is this

en.wikipedia.org...

...a lack of soundness?

reply to post by nii900

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A lack of concurrence.

Or a just a free ride on a turtle.

Learn How to Narrate
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Ignore function?
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