What occurs when all inputs in a system are zero?

When all inputs in a system are zero, the output is typically zero as well. This is based on the principle that if there is no input or stimulus to trigger a response in the system, there will be no resulting output.

In many mathematical or engineering contexts, a system can be represented by a function or formula, and when substituting zero for all variables (inputs), the output will equate to zero. For example, in electrical circuits, if there is no voltage (input) applied to a circuit, the resulting current (output) will also be zero. Therefore, stating that zero output occurs when all inputs are zero is correct according to these fundamental principles.

The other possible responses, while they may describe states of output in different contexts, do not accurately reflect the scenario when inputs are all at zero.