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Replacing Bound variables (equivalence -> Quantifiers) law checks out when it shouldn't and vice versa
Steps to Reproduce
This should check out! .. the fact that the x's being replaced by y's occurs inside another x quantifier should not matter
And this one:
does check, but it should not: replacing the x from the universal quantifier Ax with a y to Ay means we should change any x inside the scope of that quantifier to a y as well, i.e. P(x) should change to P(y)
Expected Behavior
see above
Screenshots
No response
Additional Context
No response
The text was updated successfully, but these errors were encountered:
Description
Replacing Bound variables (equivalence -> Quantifiers) law checks out when it shouldn't and vice versa
Steps to Reproduce
This should check out! .. the fact that the x's being replaced by y's occurs inside another x quantifier should not matter
And this one:
does check, but it should not: replacing the x from the universal quantifier Ax with a y to Ay means we should change any x inside the scope of that quantifier to a y as well, i.e. P(x) should change to P(y)
Expected Behavior
see above
Screenshots
No response
Additional Context
No response
The text was updated successfully, but these errors were encountered: