(20) Let G = (V, ∑, R, S) be a grammar with V = {Q, R, T}; ∑ = {q, r, ts}; and the set of rules: S → Q Q → q | RqT R → r | rT | QQr T → t | S| tT Convert G to a PDA.

Just put the rules of the CFG on second state and there is the PDA
Please up vote
6. (20) Let G = (V, ∑, R, S) be a grammar with V = {Q, R, T};
∑ = {q, r,ts}; and the set of rules:
S→Q
Q→q | RqT
R→r | rT | QQr
T→t | S| tT
a. (5) Convert G to a PDA using the method we described.
b. (15) Convert G to Chomsky normal form.
6. (20) Let G = (V, , R, S) be a grammar with V = {Q, R, T}; { =...
Let G = (V, S, R, S) be a grammar with V = {Q, R, T}; { = {q, r,ts}; and the set of rules: SQ Q→q RqT RIrTQQr T→t | ST a. (5) Convert G to a PDA using the method we described.
6.(20) Let G=(V, S, R, S) be a grammar with V = {Q, R, T}; { = {q, r,ts}; and the set of rules: SQ Qq RqT R~rrt Qor T>t | ST a. (5) Convert G to a PDA using the method we described. b. (15) Convert G to Chomsky normal form.
Let G = (V, S, R, S) be a grammar with V = {Q, R, T}; { = {q, r,ts}; and the set of rules: SQ Q→ RqT RrrT QQr T>t | StT b. (15) Convert G to Chomsky normal form.
a. (5) Convert G to a PDA using the method we described.
Let G = (V, S, R, S) be a grammar with V = {Q, R, T); = {q, r,ts); and the set of rules: SQ Q→ RqT R7r|rtQQr T→t | SIT a. (5) Convert G to a PDA using the method we described.
Problem 2. Consider the following CFG G-(V. Σ' R, S) where V-(S, U, W), Σ- {a, b), the start variable is S, and the rules R are: Convert G to an equivalent PDA using the construction described in Lemma 2.21
6. (5 points) Consider the context free grammar G = (V, E, R, S) where V is {S, A, B, a, b,c}, & is {a,b,c}, and R consists of the following rules: S + BcA S B +a → A S + b A+S Is this grammar ambiguous? swer. Justify your an-
Construct a regular grammar G
= {V,T,S,P} such that L(G)= L(r) where r is a regular expression
(a+b)a(a+b)*.
Question 10 Construct a Regular grammar G = (V, T, S, P) such that L(G) = L(r) wherer is the regular expression (a+b)a(a+b). B I VA A IX E 12 XX, SEE 2 x G 14pt Paragraph
Consider the grammar G = (V,Σ,R,E) with V = {E,T,F} and Σ = {a,+,∗,(,)}, having the rules E → E+T | T T → T∗F | F F → (E) | a Give leftmost derivations for each of the following: (a) a∗a+a∗a (b) a∗(a+a)∗a
A grammar is a 4-tuple G, G = (Ν, Σ, Π, Σ, S) where, Ν is a finite set of nonterminal symbols, Σ is a finite set of terminal symbols, Π is a finite set of rules,S is the starting symbol. Let, Ν = {S, T} Σ = {a, b, c} Π = { S -> aTb S -> ab aT -> aaTb aT -> ac } S is the starting symbol. A) Prove that the given grammar G is...