Problem 1. In the circuit below, the state corresponds to the word QA - QB - QC. The entrances respective for flip-flops are DA, DB and DC. The clock wave is Y. The combinatorial subcircuit that controls the states is N. QA PCR N QB D The combinatorial subcircuit N consists of the following three circuits to control the states ON OC OA DB Q OA OC QA OB X Do-DA QA O OC D22 -DC OB 08 X OC The questions to be answered are: **Please indicate the units for each procedure. 1. Express the DA function as a sum of minterms in the form DA (X, QA, QB, QC) = Em {---} 2. Express the function DB as a sum of minterms in the form DB (X, QA, QB, QC) = m {...} 3. Express the DC function as a product of maxterms in the form DC (X, QA, Q8, QC) = OM {...} 4. Obtain the state transition table for the circuit Problem 2. In government, the president (P), the vice president (V) and four councilors A, B, C and D, make the decisions. The voting principles are as follows: a) If P (president) votes in favor, the matter is approved. b) Vice-president (V) casts votes only if the councilors are tied. That is, the only role of the vice president is to decide in the event of a tie between the councilors when the president does not vote in favor. c) If P does not vote in favor, he does not have veto power. They ask the engineer T to design a logic circuit to handle the votes. The first he does is to look for a function F that will serve as a starting point. To do this, he makes the following decisions: 1. A vote in favor is expressed as 1 2. If the event is approved, F = 1. With these indications, express FP, A, B, C, D, V) as a product of maxterms using notation simplified. **Please indicate the units for each procedure. Problem 1. In the circuit below, the state corresponds to the word QA - QB - QC. The entrances respective for flip-flops are DA, DB and DC. The clock wave is Y. The combinatorial subcircuit that controls the states is N. QA PCR N QB D The combinatorial subcircuit N consists of the following three circuits to control the states ON OC OA DB Q OA OC QA OB X Do-DA QA O OC D22 -DC OB 08 X OC The questions to be answered are: **Please indicate the units for each procedure. 1. Express the DA function as a sum of minterms in the form DA (X, QA, QB, QC) = Em {---} 2. Express the function DB as a sum of minterms in the form DB (X, QA, QB, QC) = m {...} 3. Express the DC function as a product of maxterms in the form DC (X, QA, Q8, QC) = OM {...} 4. Obtain the state transition table for the circuit Problem 2. In government, the president (P), the vice president (V) and four councilors A, B, C and D, make the decisions. The voting principles are as follows: a) If P (president) votes in favor, the matter is approved. b) Vice-president (V) casts votes only if the councilors are tied. That is, the only role of the vice president is to decide in the event of a tie between the councilors when the president does not vote in favor. c) If P does not vote in favor, he does not have veto power. They ask the engineer T to design a logic circuit to handle the votes. The first he does is to look for a function F that will serve as a starting point. To do this, he makes the following decisions: 1. A vote in favor is expressed as 1 2. If the event is approved, F = 1. With these indications, express FP, A, B, C, D, V) as a product of maxterms using notation simplified. **Please indicate the units for each procedure