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Here is a transition table for a DFA$:$

 

  1. Give all the regular expressions $R_{ij}^{0}.$ Note$:$Think of state $q_{i}$ as if it were the state with integer number $i.$
  2.  Give all the regular expressions $R_{ij}^{1}.$ Try to simplify the expressions as much as possible.
  3. Give all the regular expressions $R_{ij}^{2}.$ Try to simplify the expressions as much as possible.
  4. Give a regular expression for the language of the automaton.
  5. Construct the transition diagram for the DFA and give a regular expression for its language by eliminating state $q_{2}.$
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Verify the following identities involving regular expressions.$R+S=S+R$$(R+S)+T=R+(S+T)$$(RS)T=R(ST)$$R(S+T)=RS+RT$$(R+S)T=RT+ST$$(R^{*})^{*}=R^{*}$$(\in+R)^{*}=R^{*}$$(R...