(a) Consider the following context free grammars (CFG): i. B> dBb | bBd | dCb C>aC|E ii. E>FG F> fgFg | fgGg |f G>g Do left factoring of the above grammars (if necessary). Why is it needed to do left factoring of a grammar? Explain with proper example. (b) Write down the regular expression and draw the transition diagram of how a lexical analyzer will detect all the positive or negative floating point numbers (eg. 1.5, 45, 2. , - 98. , - 6.71,-.39 etc.). 2.

Q: emove chain rules from the following grammar. Your answer must include the CHAIN(S), CHAIN(A),…

A: Step 1: S-> A I C A -> aA | a | BB -> bB | bC->cC|c|B

Q: 3. Consider the grammar S→ a SaaS S→ aaaS i) Is the grammar is ambiguous? ii) What is L(G) ? iii) Is…

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Q: Given a regular grammar G and a list of strings, identify the strings that are in L(G).

A: The given grammar G is:S -> aT T -> bT | a | aW W -> ε | aT aT T -> bT | a | aW W ->…

Q: rite an Attribute Grammar (AG) whose base BNF is that of the following example and whose type rules…

A: Write an Attribute Grammar (AG) whose base BNF is that of the following example and whose type rules…

Q: Consider the following attribute grammar (||=concatenate) . Show the derivation process for the…

A: we have given the following attribute grammar input int a,b,c; string S; S->E          S.st=E.st…

Q: Consider the context-free grammar S- A$ A→ aAa | B B → bbB | A If you draw a prediction table for…

A: Here if we write predictive   in alphabetical order so we get.…

Q: Let G be a context free grammar where (G-((S, A, B, C),(a, b, d), P, S) with the productions in P…

A: The answer for the context free grammar is

Q: 3. Forma Let us consider the following Context Free Grammar G = ({S, A, B, C, D, E}, {a,b,c}, S, P)…

A: Answer

Q: Remove the unit production from the given CFG grammar. S → Aa |B B → A|bb A → a |bc |B

A: Process to remove Unit productions: if there is unit production A->B , then add new production…

Q: Let = {0,1} and let B be the collection of strings that contain at least one 1 in their second half.…

A: In formal language theory, we aim to describe and understand various classes of languages using…

Q: Consider the grammar  with production  → 01|01 and string 000111.  (i) Given a leftmost…

A:

Q: (3) Give a grammar G= (V,E, S̟P), where V = {4,B,C},E = {a,b},S = A, P: A→ a4|bB,B → bC | aB,C → aB…

A: According to the value given in the question, we will solve all parts.

Q: (4) Give a grammar G = (V,T,S,P), where V = {A, B, C},T = {a, b}, S = A, P:A → baA|aB, B → baB|aC, C…

A: ANSWER:-

Q: (3) Give a grammar G= (V,E, S̟P), where V = {4,B,C},E = {a,b},S = A, P: A→ a4|bB,B → bC | aB.C → aB…

A: In this question, we are given a grammar and we have to check whether this grammar is regular…

Q: whether G 19. Let V = {S, A, B, a, b} and T = {a, b}. Determine (V, T, S, P) is a type 0 grammar but…

A: In linguistics, grammar refers to the set of rules that govern the structure and use of language. It…

Q: Consider the grammar G = ({S, A}, S, {a, b}, P) with the following set of production rules P: S →…

A: S → aS|baA|abaAA → aAbb|aAb|ε

Q: Define the rule echoN(LST0, LST1, CNT). This rule determines when LST1 consists of only CNT…

A: This rule is crafted to determine when LST1 is composed solely of CNT repetitions of the elements in…

Q: (5) Consider the grammar G=(V,T,E,P) with V={E,I}, T={a, b, c, +,·, *. (, )}, and productions R → R+…

A: The solution for the above given question is given below:

Q: Describe L(G) for the grammar G = (V, VT, S, P) where V = {0, 1, A, S},  VT = {0, 1}, and P consists…

A: In this question we have to understand about language generated by a given grammar G.Let's…