The logic rung shown:

A) has logic continuity.
B) does not have logic continuity.
C) will cause output PL1 to be energized.
D) both has logic continuity and will cause output PL1 to be energized.

Logic Continuity

Logic continuity refers to the seamless and uninterrupted logical flow or progression within a system, ensuring that all logical operations are conducted without gaps or errors.

Output PL1

Denotes an output signal or data in the first programming language (PL/I), commonly used in control systems or programming.

Energized

A state in which a component, circuit, or system is supplied with electrical power, causing it to be active or in a working state.