5. Let N be the NFA shown below. Answer the following questions regarding the DFA equivalent, M, and then use JFLAP to create M. (10) a. What is Q, the set of states of M ? b. What is , the alphabet of M ? c. Show the transition function of M as a table, listing all Q elements in the first column. d. What is the starting state of M (an element of Q )? e. What are the final states of M (a subset of Q) ? f. Show the diagram of M. (it's OK to name states in the diagram as q12, rather than {q1,q2} )