IF THE OUTPUT SIGNAL OF ANY LOGIC GATE IS FED INTO AN INVERTER, THE RESULTS IS

• A. NOT gate
• B. Nor gate
• C. the inverse of the output signal ✓
• D. the same as the output signal

The answer to the question is: C. the inverse of the output signal

If the output signal of any logic gate is fed into an inverter, the result is the inverse of the output signal. An inverter, also known as a NOT gate, is a fundamental digital logic gate that produces an output which is the opposite of its input. When the input signal is high, the output signal is low, and vice versa.

The operation of an inverter can be understood through its truth table, which shows the relationship between the input and output signals. For a single-input inverter, when the input signal is 0 (low), the output signal is 1 (high), and when the input signal is 1 (high), the output signal is 0 (low). This behavior reflects the logical operation of negation, where the inverter complements or negates the input signal.

In digital circuits, inverters are essential components that are used for signal processing, waveform shaping, and logical operations. They are widely employed in various applications such as microprocessors, memory units, arithmetic logic units, and communication systems.

In summary, when the output signal of any logic gate is fed into an inverter, the result is the inverse of the output signal. This fundamental principle underpins the functioning of digital logic circuits and their applications in modern technology.