Q: 08 of 15Choose the right set of terminals from the given production rules of grammar as:S->(S) | aA | epsilonA-> A+B | aB-> B *C | bC -> cOptions :T= ( ,a,b,),+,*T= ( ,a,b,),+,*,cT= a,b,cNone of the above mentioned

Consider the Grammar as follows                                                                  S → aSAb | bSBc A → +AB | εB → *BC | εC → aC | d                     What is in FOLLOW(S) {b, c, +, *, $}{a, c, +, *, $}{a, b, d, *, $}{a, b, c, +, $}

A grammar G = (V, ∑∑, S, P) in which V represents:a)None of the mentionedb)Set of Non Teminalsc)Set of Terminalsd)Productione)Start symbols

Consider the Grammar, G, with the production rule: S-> aS | bS | ε Which of the following is generated by G? Options :{a n b m | m,n >=0}{w ∈ {a, b}*, w has equal number of a’s and b’s}{a, b}*{an |n >=0} ∪ {bn |n >=0} ∪ {anbn |n >=0}

Given grammar G:S->aS| ABA-> eB-> eD-> bReduce the grammar, removing all the e productions:ans.S->aS| AB| A| B, D-> bNone of the mentionedS->aS| AB| A| B| a, D-> bS->aS| AB| A| B Previous Marked for Review Next

Which representation of grammar corresponds to the a(aUb)*b expression?a)(1) S →→ bMa  (2) M →→  eb  (3) M →→  abM  (4) M →→  baMb)(1) S →→  aMb(2) M →→  e(3) M →→  aMb(4) M →→  bMac)(1) S →→ aMb  (2) M →→  e  (3) M →→  aM  (4) M →→  bMd)(1) S →→ baMab  (2) M →→  ea  (3) M →→  abM  (4) M →→  baMe)(1) S →→  aMb(2) M →→  Mab(3) M →→  aM(4) M →→  bM