Flip-flop timing behavior: Generally, the hold time is short enough that the flip-flop output assumes the state dictated by synchronous control inputs just prior to the active clock edge. Evaluate the statement.

Introduction / Context:
Flip-flops sample synchronous inputs (D, J/K, T with enables) around an active clock transition. Two key timing specs guarantee correct sampling: setup time and hold time. This item checks your understanding of how short hold time supports correct state capture.

Given Data / Assumptions:

• Synchronous inputs satisfy setup time (stable before clock edge).
• Hold time is small but nonzero (must remain stable briefly after the edge).
• Active edge could be rising or falling, depending on the device.

Concept / Approach:
If inputs meet setup and hold, the device samples reliably at the active edge and the output transitions to the state commanded by those inputs. Many modern flip-flops specify minimal or even zero hold time thanks to internal clocking schemes, which aligns with the statement’s “generally short enough.”

Step-by-Step Solution:

Verification / Alternative check:
Consult device timing diagrams: the sampling instant is at the active edge, and output changes after t_co (clock-to-output delay) when setup/hold are met.

Why Other Options Are Wrong:

Common Pitfalls:
Ignoring hold time because it is “small”; changing inputs right at the edge; mixing asynchronous set/reset with synchronous data timing.

Final Answer:
Correct