Final answer:
A system in biology can be further divided into subsystems, which are nested hierarchically in the taxonomic classification system, and are more closely related to each other at each subsequent level.
Step-by-step explanation:
A system can be further divided into subsystems. In biology, hierarchical models are used to organize information systematically. For instance, the taxonomic classification system categorizes living organisms into nested hierarchical groups, where each level, or subsystem, represents a group of organisms that are more closely related to each other than to organisms in other groups. These levels range from the most specific, such as species, to broader categories, such as kingdoms.
Another example is within the study of biological systems and their homeostasis. Subsystems in this context could be different organ systems within an organism. Disruptions to homeostasis at the subsystem level can affect the entire biological system, showcasing the importance of understanding system components and their interactions.
Moreover, essential knowledge in biology indicates that a system or subsystem is often considered as an object or collection of objects without internal structure when modelling or analyzing situations. This simplification is helpful when studying complex biological systems and their dynamics.