construct a Turing Machine to accept (a+b) an bn where n>=0 Part4: use the closure properties...

 

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construct a Turing Machine to accept (a+b) an bn where n>=0 Part4: use the closure properties or the pumping lemma to (dis)prove that the following language is a CFL. L = {(a+b) an where n >=0} construct a Turing Machine to accept (a+b) an bn where n>=0 Part4: use the closure properties or the pumping lemma to (dis)prove that the following language is a CFL. L = {(a+b) an where n >=0}