Which description accurately defines low-fidelity simulation?

Low-fidelity simulation is characterized by its static nature, which means that it does not involve advanced technology or complex interactive elements. Instead, it often utilizes simple models or scenarios that mimic real-life situations without the intricate realism found in high-fidelity simulations.

These simulations typically allow learners to practice basic skills and understand fundamental concepts in a controlled environment. The emphasis is on the learning process rather than creating a lifelike experience. The static aspect can be represented through manikins, task trainers, or standardized patients that do not respond dynamically to the learner's actions.

This definition contrasts with immersive or integrated simulations, which involve a higher level of interaction and realism, making them more suitable for advanced training scenarios where complex skills and critical thinking are required.