Consider the logic described by the following code fragment. Note the use of blocking assignment. All variables are one bit wide. There might be more than one correct answer. Note, selecting incorrect answers will result in the loss of points.

always@(posedge clock)
begin
C = A | B;
E = C & D;
D = C ^ A;
end
Which code fragment produces identical logic? (May have more than one correct answer)

Question

Consider the logic described by the following code fragment.  Note the use of blocking assignment.  All variables are one bit wide.  There  might  be more than one correct answer.  Note,  selecting incorrect answers will result in the loss of points. 
   
 always@(posedge clock) 
   begin 
    C = A | B; 
     E = C & D;     
     D = C ^ A; 
   end 
 Which code fragment produces identical logic? (May have more than one correct answer)

Accepted Answer

always@(posedge clock) 
 
 begin 
   C <= A | B; 
   E <= C_D & D;     
        D <= C_D ^ A; 
     end 
     assign C_D=A|B;

Accepted Answer

always@(posedge clock) 
 
 begin 
   C <= A | B; 
   E <= (A | B) & D;     
        D <= (A | B) ^ A; 
     end

Accepted Answer

always@(posedge clock) 
 
 begin 
   E <= C & D;     
        D <= C ^ A; 
  C <= A | B; 
     end

Answer

always@(posedge clock) 
 
 begin 
   C <= A | B; 
   E <= C & D;     
        D <= C ^ A; 
     end

Crowdly

Consider the logic described by the following code fragment. Note the use of bl...

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