Question 5 6 Points Answer each of the following 6 questions for the flip-flop specified by the logic symbol shown in the following figure. Please select your answers from the following: zero, one, invalid, negative edge, positive edge. level-triggered, high-impedance, XX. 00.11, 01. 10. If the answer is NOT found and you think that your answer is correct, please write it instead. FEwsetrese 2.jpg $ $ D D D D D 2 FF#3 FF#1 be FF#2 be FF#4 be 2 R R 20 FF#5 FF#6 FF#8 FF#7 ca C K 6-2 K be K b K R R To clear the flop FF=3 you have to make ]K= Blank 1 and S=1, R=0. In FF#3, the asynchronous inputs (SR) sets/clears the flip-flop when they are in Blank 2 state. Ifj=1, K=O. S=1, R = 1, then FF=3 goes to Blank 3 state on the active edge of the clock pulse. Ifj=1, K=0,5=1, R=0 then FF#8 goes to Blank 4 state. . The FF#8 flip-flop operates normally and changes its state on the of the clock pulse Blank 5 To inverse the state of the flip-flop FF#3 you have to make JK=Blank 6 and SR= 11. Questions Answer each of the following 6 questions for the flip flop specified by the logic symbol shown in the following figure. Please select your answers from the following rere, ene, Invalid, negative edgn penitive edip, tervet triggered, high-impedunca, XK, 00, 11. 01. 10. the answer is NOT found and you think that your answer is correct, please write it instead. FFwsetrese 2.jp - b- > D FP#2 PPW3 781 p PP24 C-0 bro C- p bro R - Q FF#5 FF#6 FF#7 FF#8 C- C- C- K bro b b b R To clear the flop FF#8, you have to make }K= Blank 1 and 5=1, R=0. in FF#8, the asynchronous inputs (SR) sets/clears the flip-flop when they are in Blank 2 state Ifj=1, K=0, S-1, R=1.then FF#8 goes to Blank 3 state on the active edge of the dock puise - Ifj=1, K=0,5-1, R=0 then FF#8 goes to Blank 4 state The FF#8 flip-flop operates normally and changes its state on the of the clock pulse Blank 5 To inverse the state of the flip-flop FF#s, you have to make ]K-Blank 6 and SR-11 Blank 1 Add your