What is the purpose of a simulation in research?

The purpose of a simulation in research is to closely duplicate natural conditions. Simulations are designed to replicate real-world scenarios as accurately as possible, allowing researchers to observe and analyze behaviors, processes, and outcomes in a controlled environment. This approach provides insights that are often difficult to achieve through direct observation in natural settings due to practical or ethical constraints.

Simulations can also be invaluable in testing hypotheses or exploring complex systems where variable manipulation is needed while still retaining the intricacies of real-life interactions. This method enhances the validity of the findings, as it reflects the dynamics of actual situations.

In contrast, documenting variable changes focuses more on tracking data rather than simulating conditions. Creatively constructing an artificial environment might involve setting up variables without the fidelity of real-world interactions, and gathering data from real-world settings tends to prioritize observational methods over replication of conditions found in those settings. Hence, choosing to simulate provides a unique benefit of manipulating and observing variables while maintaining a likeness to natural conditions.