c) Write a function that implements the above finite-state machine. (Do not write the entire program). d) Minimize the size of the state set by computing the state equivalence relations. Hint: The minimized machine must have four states. (Name it Machine M2)

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ONLY QUESTIONS "C" AND "D", PLEASE.

DISCRETE MATH

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c) Here is a function that implements Machine M1 as a finite-state machine:

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Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

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Answer 23

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Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

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Answer 24

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Answer 25

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Solution

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Answer 26

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Solution

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Answer 27

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Answer 28

Follow-up Question

Answer 29

Follow-up Question

Answer 30

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Answer 31

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Answer 32

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Answer 33

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Answer 34

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Answer 35

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Answer 36

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Answer 37

Follow-up Questions

Read through expert solutions to related follow-up questions below.

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

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Solution

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Answer 38

Read through expert solutions to related follow-up questions below.

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Solution

by Bartleby Expert

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Answer 39

Read through expert solutions to related follow-up questions below.

Answer 40

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Solution

by Bartleby Expert

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Answer 41

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Solution

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Answer 42

Follow-up Question

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Answer 43

Follow-up Question

Answer 44

Follow-up Question

Answer 45

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???

Answer 46

e) Change one non-final state in the original eight-state machine (Machine M1)
into a final state. (Name it Machine M3)
f) What is the regular expression for the language accepted by Machine M3?
g) Redo the minimization in (e). (Name it Machine M4)
h) How large could the new state set be? How small could it be? (Machine M4)
i) Justify your answer.

Could you do these also real quick ???