Use the pumping lemma contraposition to prove that the following languages are not regular. The language L over alphabet Σ = {0, 1}, a number of 1's has a common factor, different than 1, with the number of O's (different than 1) 011000L, 00101 € L If for any constant nд there exists a word z = L such that (|z| ≥ NL)^[(\u,v,wZ = uvw^|uv| ≤ n₁^|v| ≥ 1)³¡±0,1,2... Z; = uv'w & L] then language L is not regular.

Accounting Information Systems
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Author:Hall, James A.
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Chapter9: Database Management Systems
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Use the pumping lemma contraposition to prove that the
following languages are not regular.
The language L over alphabet Σ
=
{0, 1}, a number of 1's has
a common factor, different than 1, with the number of O's
(different than 1)
011000L, 00101 € L
If for any constant nд there exists a word z = L such that
(|z| ≥ NL)^[(\u,v,wZ = uvw^|uv| ≤ n₁^|v| ≥ 1)³¡±0,1,2... Z; = uv'w & L]
then language L is not regular.
Transcribed Image Text:Use the pumping lemma contraposition to prove that the following languages are not regular. The language L over alphabet Σ = {0, 1}, a number of 1's has a common factor, different than 1, with the number of O's (different than 1) 011000L, 00101 € L If for any constant nд there exists a word z = L such that (|z| ≥ NL)^[(\u,v,wZ = uvw^|uv| ≤ n₁^|v| ≥ 1)³¡±0,1,2... Z; = uv'w & L] then language L is not regular.
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