If both inputs of an s\'-r\' Latch are ZERO, what will happen when the clock goe

Question

If both inputs of an s'-r' Latch are ZERO, what will happen when the clock goes ONE? An invalid state will exist. No change will occur in the output. The output will toggle The output will reset. A S-R latch has a 1 on the S input and a 0 on the R input. What state will the latch be in? Q = 1, Q' =0 Q = 1, Q' = 1 Q = ?, Q' = 1 Q = 1, Q' = 1 Q = ?, Q' = 0 If both inputs of an s'-r' Latch are ZERO, what will happen when the clock goes ONE? An invalid state will exist. The output will toggle The output will reset. No change will occur in the output. A s'-r' latch has a 0 on the S input and a 1 on the R input. What state will the latch be in? Q = 1, Q' = 0 Q = 1, q' = 1 Q = ?, Q' = 1 Q = ?, Q' = 0 A s' r latch has a 1 on the S input and a 0 on the R input. What state is the latch in? Q = 0, Q' = 1 Q = 1, Q' = 1 q = ?, Q' = 1 Q = ?, q' = 0 Which statement BEST describes the operation of a negative edge-triggered D flip-flop? The logic level at the D input is transferred to Q when Clock changes from ONE to ZERO. The Q output is ALWAYS identical to the CLK input if the D input is ONE. The Q output is ALWAYS identical to the D input when CLK changes from ZERO to ONE. The Q output is ALWAYS identical to the D input. A controlled (EN) S-R latch and its associated waveforms are shown below. Is anything wrong with it? The q' output is always ZERO, the circuit is defective. The Q output should be the complement of the Q' output; the S and R terminals are reversed. The Q should be following the R input the R input is defective. There is nothing wrong with the circuit. The output of a S-R flip-flop with a control gate can change only if the: flip-flop is set input data is ONE flip-flop is reset input data has no change If both inputs of an S-R Latch are ZERO, what will happen when the clock goes ONE? An invalid state will exist. No change will occur in the output. The output will toggle. The output will reset. One example of the use of an S-R flip-flop is as a(n): race a stable oscillator binary storage register transition pulse generator With regard to a D latch, Q follows D input when C (or EN) is ZERO Q is opposite the D input when C (or EN) is ZERO Q follows the D input when C (or EN) Q is ONE regardless of Cs (or ENs) When the output of the NOR gate S-R latch is Q = l and Q' = 0, the inputs could be S = 1, R = 1, S = 0, R = 0, S = 0-, R = 1 S = 1, R = 0 B & D A & B A gated S-R flip-flop goes into the SET condition when S is ONE, R is ZERO, and EN (or C) is ONE. True False

Explanation / Answer

1. No change will occur in the output.

2. Q=1,Q'=0

3. No change will occur in the output.

4.Q=0, Q'=1

5.Q=1,Q'=0

7. Q should be complement of Q' ,S and R terminals are reversed.

9. No change will occur in the output.

11. Q follows the D input when C(or EN) is one.

12. S=1, R=0

13. True

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