Consider the following grammar: S → A | B | C A → 0A1 | 1 | A1 B → 0B1 | 0 | 0B C → D10D D → empty | 0D | 1D Understand the language accepted by this grammar and designa Turing Machine for this

Q: 1. Consider the regular grammar G given below: S → aS\aA[bB|X A → aA|bS B → bB|aS (a) Give a…

A: (b) Given : An infinte Language L is not a subset of L(G)   L = {wwR: w ∈/{a, b}*}. L is the set of…

Q: 4. Consider the following grammar with terminals [, ], a, b, c, +, and -: a) S→ [SX] | a X +SY | Yb…

A: Dear Student, The detailed solution for your question is given in step 2 and the final table is…

Q: Consider the following Grammar: → | | → A|B|….|Z|a|b|….|z → 0|1|…….|9 Draw the parse tree…

A: Given Grammar: <ID> →<ID> <Letter>| <ID> <Digit>|<Letter>…

Q: (i) (01 + 001 + 010)* (ii) (0 + 1)*010 (iii) 0(10)*1 Give an equivalent regular grammar for all the…

A: (i) S is generator of string given by regular expression.                                       The…

Q: 5 The production rules for a grammar G with start symbol S, terminals a, b, and c and non-terminals…

A: Here, we are going to generate the string bacab using given grammar G and also check whether the…

Q: 1. Consider the following grammar and try to find out Operator Precedence and Associativity. Is the…

A: I have answered this question in step 2.

Q: 2. Given the context-free grammar G below: S → aSb|bSa[SS|A (a) Draw a derivation tree for the…

A: a) DERIVATION TREE: For the string aabbbabbaa

Q: Consider the following grammar:       S → abB, A → aaBb,     B → bbAa, A → ε.   Derive abbbaabba…

A: Answer :

Q: 2. Consider the following context-free grammar. S- UIUIU U + OU 1U|e (a) Show that this grammar is…

A:

Q: 2. Let the Following Grammar be S-> S+S| DRT | (S)| A A-> B| al c| MG| e F-> A| TYU|G B-> d| r| e…

A: Given grammar is: S→S+S|DRT|(S)|AA→B|a|c|MG|εF→A|TYU|GB→d|r|εQ→RTY|GHT a. Given string is w=d+(a+r)…

Q: Prove that the following grammar is ambiguous: → → + | → A | B | C

A:

Q: Give a context-free grammar for each of the following languages. a. L={a"b"c* In, m, k >0 and n =…

A: Given:

Q: 1. Consider the following context-free grammars (CFG). With the help of leftmost derivation decide…

A:

Q: Consider the following grammar:   à a b à b | b à a | a   Which of the following…

A: The given grammar ::   s -> A a B b A -> A b | b B -> a B | a   Options for the sentence…

Q: (a) Show that the following grammar is ambiguous: ::- / / ::= 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8…

A: Below is the answer to the above questions. I hope this will be helpful for you.

Q: S--E E--T/E, I

A: The answer for the grammar is

Q: 1. Consider the grammar with productions

A: S --> aABb S --> abBBb    (A --> bB) S --> abλBb    (B --> λ) S --> abAb      (B…

Q: Given ({S, a, b}, {a, b}, R, S), where R = {S → ε,S → aSa,S → bSb,S → aSb,S → bSa,S → SS}. Show…

A: Here in this question we have given a grammer and we have asked to show that grammer is ambiguous…

Q: Consider the grammar G = ({S, X, Y, Z}, {a, b, c}, S, P), where: P = { S XYZ, XaX, XE, Y bY, Y E,…

A: Given grammar is: P={S-XYZ, X  -> aX, X -> ε Y->bY, Y -> ε Z->cZ, Z->ε

Q: 1. Consider the grammar G=(V,T,E,P) with V={E,I}, T={a,b,c,+,+,(.) }. and productions E → I, E → E+…

A: i) E is starting state using production (2) E->E+E using production (3) E->E+E÷E using…

Q: Find a context-free grammar for the following language assuming n 2 0, m 2 0, k 20 L = {anbmc*, k =…

A: To generate the above language, We have to divide S into two parts. first to generate equal number…

Q: Consider the following languages: a. L = {a2/b/ckU,k 2 1} b. L (a2nb"a"|n 2 1} !3! !! Is L context…

A: a. L is Context free and grammer is: For every b we need 2 a. So we first generate a and b and after…

Q: 3. a) Convert the regular expression (a U ab)* aba (ba U b)* to an cquivalent NFA. b) Convert the…

A: Here, we are going to draw a NFA and also find the regular expression for given DFA. Using Arden's…

Q: (a) Show that the following grammar is ambiguo- ::= | [ ::= 0 | 1 | 2 | 3|4|5|6|7|8 |9 (b) Find…

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: QUESTION 2: Consider the following grammar (the start symbol is X; the alphabets are implicit in the…

A: A. Solution: X→BXX→BBX              by X→BXX→BBBX            by X→BXX→BBB              by X→∈X→BB01…

Q: Consider the following grammar S → abAB, A → baB|ε , B → BAa|A|ε Convert the grammar into Chomosky…

A: A context free grammar is in Chomsky normal form if its productions are in the form A → a or A → BC…

Q: a) The grammar G is described by its vocabulary V = {a, b, c, A}, Production P = {A - ab, A - abc, A…

A: Actually, given question regarding grammar.

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: 2. Consider the following grammar: S-E E E+E/E°E/(E)/1 I-I digit / digit Give the Syntax Directed…

A: give SDT to solve expression 3*5+4

Q: Consider the following grammars where S is the start symbol and a, b, and c are terminal symbols and…

A: the answer is given below:-

Q: Given G, = {V,E, R, S} where V = {0,1, S, A} , E = {0,1} ,and R = {S → AS |e, A → A1 | OA1 | 01 }…

A:

Q: Consider the following grammar: X -> (Y) | b Y -> Y, X | X List LR(0) items for this grammar

A: An LR(0) is the item of a grammar G is a production of G with a dot at some position in the right…

Q: Question 5 KCFG) Define the language in English and RE for the context free grammar below: S- ax |…

A: cfg: It is a context-free grammar a formal grammar which  generate all possible patterns of strings…

Q: Consider the grammar G = ({S, X, Y, Z}, {a, b, c}, S, P), where: P= { S XYZ, XaX, XE, Y bY, Y E, Z…

A: the answer is given below:-

Q: The language generated by the grammar G=({S}, {a,b), S, P) with P given as: S-> as /bs/alb can be…

A: Given Grammer G=({s},{a,b},S,P) with P given asS->aS|bS|a|b

Q: 1. Consider the following grammar and try to find out Operator Precedence and Associativity. Is the…

A: The precedence and associativity requirements are used to convert the provided grammar into its…

Q: Consider the regular language L = {w € (0,1}": w has a substring 111}. The NFA, M, below accepts L.…

A: Given that, L={w∈{0,1}*: w has a substring 111} Given NFA contains, set of states= {S, A, B, D}…

Q: Consider the following grammar, →ab →blb →a la Find out any five sentences that are in the…

A: Given the grammar we have we have to write the five sentances of language generated.

Q: Consider the following grammar, → a b → blb > a la Find out any five sentences that are in the…

A: Strings generated by the given grammar

Q: a DFA drawing for the language generated by this grammar

A: DFA  for the language generated by given grammar

Q: Consider the following grammar, →ab blb →a la Find out any five sentences that are in the…

A: The Answer is

Q: For the following grammar: 0.40 | 1B1 | BB A S | A i. Eliminate e-productions. unit productions in…

A: Eliminated  null, unit, and useless productions from the given grammar

Q: Consider the following grammar S aSb S- Sb LI Give a one-sentence description of the language…

A:

Q: Consider the grammar E → TE' E' → +TE' E T→FT' T'→ *FT' E F→ (E) | digit For the given expression (9…

A: The Answer is in step-2.

Q: Consider the following Grammar: → | | → A|B|….|Z|a|b|….|z → 0|1|…….|9 Show that the given…

A: The given grammar of <ID> , <Letter>, <Digit > is ambiguous or not is stated in…

Q: Let G = (V, T, S, P ) be a phrase-structure grammar with V = { 0, 1, A, S }, T = { 0, 1 } and the…

A: From the above given value G=(V,T,S,P) with V = { 0, 1, A, S }, T = { 0, 1 } and the set of…

Q: Consider the grammar, G: S-BSA|ASA|aAble A aAla B BaAlab Identify the nature of the grammar G based…

A: The given Grammar is, G: S→bSa|ASA|aAb|εA→aA|aB→BaA|ab The objective is to identify nature of the…

Q: Given the grammar G with following production rules:  s → a|as|bs  determine whether the following…

A: This is not accepted because the grammar does not terminate by the string.

Intelligent Machines

Machines that use artificial intelligence to learn from the environment and past experiences to perform better in the presence of variability and uncertainty are called intelligent machines. Intelligence develops according to environment and experience. It is human-like behavior. When the computer system or any programmed machine learns from the inputs and corresponding outputs, it can be called an intelligent machine.