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If
~(k
V l) is true, then k must be

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If ~(k V l) is true, it means that the statement "k or l" is false. In other words, both k and l must be false for the whole statement to be true.

To explain this further, let's consider the possible truth values of k and l.

- If k is false and l is false, then ~(k V l) would be true.
- If k is false and l is true, then ~(k V l) would still be true because only k being false is enough to make the whole statement false.
- If k is true and l is false, then ~(k V l) would be false because the statement "k or l" would be true.
- Finally, if both k and l are true, then ~(k V l) would also be false.

Therefore, from these possibilities, we can conclude that if ~(k V l) is true, then k must be false. This is because k being false is the only condition that ensures the whole statement is true.

In summary, if ~(k V l) is true, k must be false.

User Ipsit Gaur
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