1. Consider the grammar G=(V,T,E,P) with V={E,I}, T={a,b,c,+,+,(.) }. and productions E → I, E → E+ E, E → E + E, E → (E), I = a |b|c. ) Show that G is ambiguous by giving two different derivation trees for string b+c + a (11) Change the above grammar into the one without ambiguity.

Q: Given a regular grammar G = {{S, T, a, b}, {a, b}, R, S}, where R = {S→ E, SaT, S → bT, T → aS, T →…

A: The provided regular grammar εG={{S,T,a,b},{a,b},R,S}, where R={S→ε,SaT,SbT,TaS,T→bS}, generates…

Q: Consider the grammar G below in the input alphabet {num, *, /, -}, with non-terminal leading S' in…

A: In this analysis, we will examine the properties of a given grammar G defined over an input alphabet…

Q: Consider the grammar E → E+T|T T→T* FIF F→ (E)|id left Show that this grammar is left recursive and…

A: Note: a grammar is said to be left recursive if it has this kind of production : A->Aa|b  // left…

Q: Question: consider the grammar G = (V, T, E, P), where V = {E, I} and T= {a, b, c, +, -, x, +, (}…

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

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: Consider the following context-free grammar: G = (N, Σ, P, S) N = {S, T} Σ = {a, b, c} Productions…

A: T→ bT | b, this production will generate any number of b’s > 1S→ abScT | abcT, this production…

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: Consider the grammar G below in the input alphabet {x, y, z, *}, with leading non-terminal S' in…

A: All the answers are given below in detail

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…

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.