Solution
The strings accepted by this language are strings with 0 or more occurances of aabbb.
So the strings in the given language are a2b3 , a2b3a2b3 , a2b3a2b3a2b3 , a2b3a2b3a2b3a2b3 ................................
or in other words aabbb , aabbbaabbb , aabbbaabbbaabbb , aabbbaabbbaabbbaabbb........................
A finite automata can be designed to accept the strings of this language. The NFA is shown below:
This nondeterministic finite automata has 5 states. The initial and final state is state A.
Can I get help with this question? 1. Design an automaton to accept the language ((a'b')*...
please answer and I will rate! Design an automaton to accept the language ((a’bº)* :k:20})".
1. Design an automaton to accept the language ((a²b3)* :k:0})*
Describe (or draw) a pushdown automaton (PDA) that accepts the language L5 in the previous question. Especially if you are drawing the PDA, you must explain your design in 1-2 sentences.
answer B 1. a) Design an automata to accept {(10%)'li 0}. b) Prove that the language {o'12 i 2 0}is not regular.
1. Construct a DFSM to accept the language: L = {w € {a,b}*: w contains at least 3 a's and no more than 3 b's} 2. Let acgt} and let L be the language of strings consisting of repeated copies of the pairs at, ta, cg, gc. Construct both a DFSM to accept the language and a regular expression that represents the language 3. Let a,b. For a string w E ', let W denote the string w with the...
Please help! Find a finite state automaton that defines the language consisting of all words of 0's and 1's with an odd number of 1's.
please explain thanks Search 20:14 2. Let a, b, c, d). Express the next language on E as a regular expression. (10 points x 3 ) (1)A language consisting of words in which the number of b is 2 or 3 (2) A language consisting of words whose last character is a or b (3) A language consisting of words in which the letter following the letter a is always b 3. M (0, 1, 2), a, b}, 6, 0,...
Can I get help with this question?
can you plzz do question 1 and 2 Question 1. Design a CFG for the language over = {1, #} whose elements consist of every pair of distinct, #-separated unary values: L = {rı#x2 | 21, 22 € 1", 21 * x2}. Question 2. Design a CFG for the language of binary strings that contain at least one 1 in their second half: L = {uv | UE (OU 1)", v € OU 1)*1(0U 1)", [u '}. Question 3. This...
I have been trying to get help with this can someone give me or help me with a PICOT question for patient safety measures and tools maybe focusing on the relationship between patient nurse ratio 2, is this a qualitative or quantitive design? 3.What level of evidence such as descriptive, correlation, predictive, or experimental? will give thumbs up for full answer of the question