doronshadmi
Penultimate Amazing
- Joined
- Mar 15, 2008
- Messages
- 13,320
Let us use Connection\Isolation under a one framework.
In that case we get this minimal form:
As can be seen, we need a linkage between Connector and Isolator under a one framework in order to
compare between the identities of C(=Connector) and I(=Isolator), in order to conclude that C and I are different.
This one framework can be representend as:
Avoid the Connector, and nothing is compareable bcause of total isolation:
Avoid the Isolator, and nothing is compareable bcause of total connectivity:
So, next time, when one uses the phrase "logical connective" in general or "NOT connective" in particular he must be fully aware of the meaning of that phrase.
In that case we get this minimal form:
Code:
C Isolator I
|________________|
Connector
compare between the identities of C(=Connector) and I(=Isolator), in order to conclude that C and I are different.
This one framework can be representend as:
Code:
= ≠ ≠
|________________|
=
Avoid the Connector, and nothing is compareable bcause of total isolation:
Code:
= ≠ ≠
Avoid the Isolator, and nothing is compareable bcause of total connectivity:
Code:
= ≠
|________________|
=
So, next time, when one uses the phrase "logical connective" in general or "NOT connective" in particular he must be fully aware of the meaning of that phrase.
Last edited: