Please show work.

neaa the problems carefully and address all that is asked for O 1. (60 pts) You work for a business run by three partners, Dr. D., Ms. J.K, and Mr. T. They are a bit difficult and don't often agree. They need a circuit designed that implements the problem illustrated by this FSM: 00/01 X=1, X=1 X=0 x=0 X=0) 10/11 01/11 x=1 The issue caused by their difficulties means that they each demand that you use a their favorite Flip-Flop type in your design. So..., yes you guessed it: Dr. D. requires a D flip- flop design, Ms. J.K. requires a JK flip-flop design and Mr. T needs that good old T flip- flop design. Given the FSM above you are to neatly present and clearly document your work in designing the circuits for their three needs. Your work must clearly have the state table, k-map reductions for each of the three flip-flops, the flip/flop input equations and your output equations and finally a drawn logic. Write up three sections one for each partner 's flip-flop choice. Start your write-up with a description of sequential circuits, why this design requires sequential design and the three flip-flop types they require along with a description of be their characteristic and excitation tables. Describe the problem this FSM solves i.e. what this circuit will do for the user once it's implemented. neaa the problems carefully and address all that is asked for O 1. (60 pts) You work for a business run by three partners, Dr. D., Ms. J.K, and Mr. T. They are a bit difficult and don't often agree. They need a circuit designed that implements the problem illustrated by this FSM: 00/01 X=1, X=1 X=0 x=0 X=0) 10/11 01/11 x=1 The issue caused by their difficulties means that they each demand that you use a their favorite Flip-Flop type in your design. So..., yes you guessed it: Dr. D. requires a D flip- flop design, Ms. J.K. requires a JK flip-flop design and Mr. T needs that good old T flip- flop design. Given the FSM above you are to neatly present and clearly document your work in designing the circuits for their three needs. Your work must clearly have the state table, k-map reductions for each of the three flip-flops, the flip/flop input equations and your output equations and finally a drawn logic. Write up three sections one for each partner 's flip-flop choice. Start your write-up with a description of sequential circuits, why this design requires sequential design and the three flip-flop types they require along with a description of be their characteristic and excitation tables. Describe the problem this FSM solves i.e. what this circuit will do for the user once it's implemented