Solve the problem using the one fliflop per state approach, then answer the following questions:

If the system is at state $$4,$ and xyEF$=1100,$ where will the system be after four clock cycles $?$

What is the input equation of flipflop $($D$3)$

What is the input equation of flipflop $($D$1)$

What is the input equation of flipflop $($D$4)$

What is the input equation of flipflop $($D$7)$

What is the input equation of flipflop $($D$0)$

What is the input equation of flipflop $($D$2)$

If the system is at state $S2,$ and xyEF$=0011,$ where will the system be after two clock cycles $?$

What is the input equation of flipflop $($D$5)$

What is the input equation offlipflop $($D$6)$

Please answer all parts of the question.

Choose...

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xSO

E$\text{'}$S$4$

S$4$

$52$

$55$

S$7$

ES$4$

$x^{2}y50+51$

FS$2$

S$1$

Answer not listed

F$\text{'}$S$2$

$53$

$x^{\text{'}}{y}^{\text{'}}50+53+57$

so

$x^{\text{'}}{y}^{\text{'}}50+53+55+57$

S$6$

Inputs: xyEF