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. (its OK to name states in the diagram as q12, rather than {q1, q2})