6. For problem 5, (a) fill in the configuration bits for the switch matrix o2 output; (b) fill in the left-hand table (i.e., D1 output) in CLB-B to implement n0 = F(s1, so, cnt, clr); (c) fill in the flip-flop configuration bit for the D1 output of CLB-B to have the output be the state variable s0. (Use "X" when inputs cannot occur) CLB-B Mem 0 0 2 0 4 0 6. For problem 5, (a) fill in the configuration bits for the switch matrix o2 output; (b) fill in the left-hand table (i.e., D1 output) in CLB-B to implement n0 = F(s1, so, cnt, clr); (c) fill in the flip-flop configuration bit for the D1 output of CLB-B to have the output be the state variable s0. (Use "X" when inputs cannot occur) CLB-B Mem 0 0 2 0 4 0