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UnkleRhaukus

  • 2 years ago

\[0\implies1\]?

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  1. UnkleRhaukus
    • 2 years ago
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    how?

  2. wio
    • 2 years ago
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    Is this logic?

  3. Directrix
    • 2 years ago
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    Let x = y. Then, x - y + y = y (x - y + y) / ( x - y) = y / ( x - y) 1 + y / ( x - y ) = y / ( x - y) Therefore, 1 = 0

  4. Directrix
    • 2 years ago
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    @UnkleRhaukus

  5. saloniiigupta95
    • 2 years ago
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    I hope I can reply :-) Here in the first step you took x=y... If you take this into consideration, you cannot do the third step... that is , dividing both sides by (x-y) because in doing so , you are actually dividing by 0 on both sides which is absurd... or in mathematical sense, undefined...

  6. UnkleRhaukus
    • 2 years ago
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    yes logic @wio and as @saloniiigupta95 says dividing by zero is against the law @Directrix

  7. ParthKohli
    • 2 years ago
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    \[0\implies 1\]is true.

  8. ParthKohli
    • 2 years ago
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    Considering you meant 0 and 1 as in the boolean values.

  9. UnkleRhaukus
    • 2 years ago
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    yeah howcome false implies true?

  10. ParthKohli
    • 2 years ago
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    Because of the identity:\[\phi \implies \psi \ \ \cancel{\equiv} \ \ \psi \implies \phi \ \ \ \ \rm if \ \ \ \ \ \phi \cancel{\equiv} \psi \]

  11. ParthKohli
    • 2 years ago
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    I mean \(\phi \implies \psi \equiv \neg(\psi \implies \phi) \ \ \ \ \rm if \ \ \ \ \phi \equiv \neg \psi \)

  12. UnkleRhaukus
    • 2 years ago
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    \[\underline{\qquad\phi\implies\psi\\ {\large\land}\quad\phi\iff\neg\psi\\}\]\[\therefore\quad \neg(\psi\implies\phi)\] ?

  13. ParthKohli
    • 2 years ago
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    I have problems with the notation :-P

  14. UnkleRhaukus
    • 2 years ago
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    my problem is \[0\to0\to0\to\dots\to0\to0\to1\to1\to\dots\to1\to1\to1\]

  15. ParthKohli
    • 2 years ago
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    In any order, it'd be \(1\).

  16. UnkleRhaukus
    • 2 years ago
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    i can see why zero implies zero , , i can see one implies one, but why/when does zero imply one ?

  17. ParthKohli
    • 2 years ago
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    \( \ \ \rm m \implies 1 \ \ \ \) is always true.

  18. UnkleRhaukus
    • 2 years ago
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    yeah

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