Find regular expression for the language accepted by the following automata.

Find regular expression for the language accepted by the following automata. Find regular expression for the...
Find a regular expression for the language accepted by the following automata q0 q1 q3
Find regular expressions for the
languages accepted by the following automata.
Find regular expressions for the languages accepted by the following automata.
Find regular expressions for the languages accepted by the
following automata(b and c)
(b) (c)
Finite Automata and regular Expression Given the following Finite automata: 1. 0, 1 0, 1 0, 1 What regular expression does it accept?
In this question, you will find a regular expression for the complement of the regular language ab*. a. First, draw a deterministic finite automation (DFA) for the language ab*. b. Now draw the DFA for the complement of ab*. c. Finally, convert your DFA to a regular expression. Show your work.
3. (8) Let L be the language accepted by the following finite state machine: q0 q1 q2 q3 Answer Yes or No: Does each of the following regular expressions correctly describe L? (1) (a uba)bb'a (2) (EU b)a(bb%)* (3) ba u ab*a (4) (a ba)(bb*a)*
Automata theory Q1: Assume S = {a, b}. Build a CFG for the language of all strings with a triple a in them. Give a regular expression for the same language. Convert the CFG into CNF grammar. Q2: Assume S = {a, b}. Build a CFG for the language defined by (aaa+b)*. Convert the CFG into CNF grammar. Q3: Explain when a CFG is ambiguous. Give an example of an ambiguous CFG. give vedio link also
Data Structures/Automata/Complexity:
I know what the regular expression and minimal DFA is of this
problem; however, I'm stuck on Part C when
determining if the given language is a regular language via pumping
lemmas.
1. RL and FSA-Total (40 points) Let ?= {0,1} 0,1 Figure 1: a. (10 pts) What is the regular expression generating the language recognized by the NFA in Figure 1? b. (20 pts) Convert the NFA in Figure 1 to a minimal DFA c. (10 pts)...
Find a regular expression for the following language over the alphabet Σ = {a,b}. L = {strings that begin and end with a and contain bb}.