What will the state of a J-K flip-flop be if it toggles at a rate equal to the clock input with conditions J = 1 and K = 0?

A J-K flip-flop is a type of digital memory circuit that can change its output state based on the inputs provided to it, specifically when triggered by a clock signal. The operation of a J-K flip-flop is determined by the values of its inputs, J and K.

When J is equal to 1 and K is equal to 0, the flip-flop is designed to set its output to a high state (1) on the triggering edge of the clock. This is a fundamental characteristic of the J-K flip-flop when in this configuration: the output will transition to the set state. As the clock input toggles, the flip-flop will respond by moving to and maintaining the set state continuously, every time the clock signal completes a cycle.

Hence, the output of the J-K flip-flop under these conditions will result in a stable high output, indicating that the flip-flop has been successfully "set". This functionality makes the J-K flip-flop a versatile element in digital electronics, particularly for state storage and control applications.