Find nfa’s that accept
(a) L ((ab)∗ a∗) ∩ L (baa∗)
(b) L (ab∗a∗) ∩ L (a∗b∗a)
Could someone show me how to construct these and explain their reasoning at each step? Thanks!
Find nfa’s that accept (a) L ((ab)∗ a∗) ∩ L (baa∗) (b) L (ab∗a∗) ∩ L...
6. Use the construction in Theorem 4.1 to find nfa's that accept (a) L ((ab) "a) nL (baa")
Given the langauge L = {ab, aa, baa}, which of the following strings are in L*? (Note: this is a multi-select question, you may choose more than one option) A. abaabaaabaa B. aaaabaaaa C. baaaaabaaaab D. baaaaabaa
1. Construct a DFSM to accept the language: L w E ab): w contains at least 3 as and no more than 3 bs) 2. Let E (acgt and let L be the language of strings consisting of repeated copies of the pairs at, ta, cg. ge. Construct both a DFSM to accept the language and a regular expression that represents the language. 3. Let ab. For a string w E , let w denote the string w with the...
Let L1 = L(a∗baa∗) and L2 = L(aba∗). Find L1/L2.This is a Formal Languages and Automata question.
1. Construct a DFSM to accept the language: L = {w € {a,b}*: w contains at least 3 a's and no more than 3 b's} 2. Let acgt} and let L be the language of strings consisting of repeated copies of the pairs at, ta, cg, gc. Construct both a DFSM to accept the language and a regular expression that represents the language 3. Let a,b. For a string w E ', let W denote the string w with the...
Given regular language Lab" + a". Construct a. a FA to accept L b. construct a PDA to accept L 3. 4. Given CFG: S asb lax a. Remove A b. Convert the grammar to CNF c. Construct a PDA for the new grammar
Two plants in a cross were each heterozygous for two gene pairs (Ab/aB) whose loci are linked and 25 mu apart. Assuming that crossing over occurs during the formation of both male and female gametes and that the A and B alleles are dominant, determine the phenotypic ratio of their offspring. Please Explain your reasoning behind your answers and how you got to them. Thanks!
Find an NFA that accepts the language L (aa* (ab + b))
lIhg derivation in tion for each of the following Post correspondence systems. 16, Find a solution for each la, aaa), taab, b), [abaa, ab la, abl. tba, aba), lb, aba), [bba, b] 17 Show that the following Post coespondence systems have no solutions a) [b, ba], [aa, bl, [bab, aa], [ab, ba] by [ab, al, [ba, bab], [b, aa], [ba, ab] c) [ab, aba], [baa, aa], [aba, baa] lab, bb], laa, ba), lab, abbl, [bb, bab] e) [abb, ab], [aba,...
YO) ya ale obselVer Roles ab -4,-5 find L o irees subsietion? b)find L by dunliby an& Acmahn's .rmala? oy war The Ashor sheal be The snve-