

The First page contains the steps and the solution of question number one.
And the second page contains the continue of question1 and the solution of question 2.
Hope that Answers the Question. Thank you
Convert the following to conjunctive normal form. Show your work and state what steps are used...
Convert following sentences into Conjunctive Normal Form (CNF) D-> (A <-> (B v C) )
Convert the following sentences to Conjunctive Normal Form (CNF). 3.1. ¬((¬P ↔ R) → ((Q ∧ R) ∨ P)) 3.2. ¬((P ∨ Q) → ((P ∨ Q ∨ ¬R) ∧ (R ∨ P ∨ Q)))
Convert the context free grammar to an equivalent grammar in Chomsky normal form: (show your work) S → AxAyA | BC A → BB | a B → bd | ε C → SC | c
5. (10 points) Convert the following grammar G over Σ-{a, b} into Chomsky normal form. Note that G already satisfies the conditions on the start symbol S, A-rules, useless symbols, and chain rules. Show your steps clearly.
5. (10 points) Convert the following grammar G over Σ-{a, b} into Chomsky normal form. Note that G already satisfies the conditions on the start symbol S, A-rules, useless symbols, and chain rules. Show your steps clearly.
Convert the following grammar G over Σ = {a, b} into Chomsky normal form. Note that G already satisfies the conditions on the start symbol S, λ-rules, useless symbols, and chain rules. Show your steps clearly. S → bT T → aAA | AbAT A → aT | bT | a
1) Consider the relation R, with key and functional dependencies shown below. What Normal form is R in right now? Why is this the case? What actions would you take to normalize R to the next higher normal form? (Describe the steps) Follow the steps you described in the prior question to normalize R to the next higher form. Be sure to show all of the steps. Once you have normalized R, what normal forms are each the two new...
1)Convert the following context free grammar to Chomsky Normal Form S → a X | Yb X → S | λ Y → b Y | λ 2)Some languages distinguish between uppercase and lowercase in identifiers. What are the pros and cons of this design decision? 3)Use the pumping lemma to prove that the following languages are not regular. (The alphabet is Σ = {a, b}.) a) L = {an b1 ak: k >= n+ l} b) L = {ww:...
2. Convert the following grammar to a left-linear grammar. Show your work. S A B + aaS|A|B → bbA|A + bbb B|6
For each of these, show your work. a) Convert the following to N [3 marks]: 63 g k m h 2 with: 3600s = 1 h, 1000 m = 1 km, 1000 g= 1kg, 1N =1 kg m/s2 b) Convert the following to m/s2 [2 marks] 24 k m m i n 2 with: 60 s = 1 min, 1000 m = 1 km
help, please.
12 Instructions: Show your starting equations and show essential steps of subsequent work. Enclose final answer(s) in a box. Score: points 1. [6] Three identical train cars (mass m), coupled together, are rolling east at speed vo. A fourth car (also mass m) traveling east at 4vo catches up with the three and couples to make a four-car train. A moment later, the train cars hit a fifth car (mass 2m) moving at a velocity of vo to...