Use the construction in the proof of Theorem 1.47 to give the state diagrams of NFAs recognizing the concatenation of the languages described in a. Exercises 1.6g and 1.6i question for exercises 1.6 1.6 Give state diagrams of DFAs recognizing the following languages. In all parts, the alphabet is {0,1}. g. {w| the length of w is at most 5} i. {w| every odd position of w is a 1}
I hope this message finds you well. I am seeking your assistance with a challenging problem, specifically 1.9A. I've attached a photo of my work, which unfortunately was marked as incorrect. Could you please review my approach and guide me on where I may have gone wrong? Additionally, a visual representation of the correct solution would be immensely helpful for better understanding. I've also included Theorem 1.47 in my attachments, and I was wondering if you could provide some insights to help me comprehend its implications.
It's worth noting that question 1.6 and the theorem are prerequisites for problem 1.9, so any guidance on those would be greatly appreciated as well.
question for 1.9:
1.9 Use the construction in the proof of Theorem 1.47 to give the state diagrams of NFAs recognizing the concatenation of the languages described in
a. Exercises 1.6g and 1.6i
question for exercises 1.6
1.6 Give state diagrams of DFAs recognizing the following languages. In all parts, the alphabet is {0,1}.
g. {w| the length of w is at most 5}
i. {w| every odd position of w is a 1}
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