Which principle illustrates that the form of an object should align with its intended function?

The principle that the form of an object should align with its intended function is best illustrated by the concept of "Form = Function." This principle emphasizes that the shape or structure of an organism or object is inherently linked to its purpose or role in a specific context. For example, in biology, the design of a bird's wing is a perfect illustration of this principle; its aerodynamic shape allows for efficient flight. Similarly, in various ecosystems, the form of different organisms helps them adapt to their environments and perform essential functions for survival, such as obtaining food or escaping predators.

This concept is vital in understanding biological systems and their adaptations, as it underlines how evolution shapes organisms to best fit their environments and lifestyles. By recognizing the relationship between structure and function, we can better understand the complexities of biology and how various features have evolved to enhance survival and reproduction.

The other concepts mentioned, like Cell Theory, Gene Theory, and the Theory of Evolution, address different aspects of biology. Cell Theory focuses on the fundamental unit of life, Gene Theory deals with heredity and genetic variation, while the Theory of Evolution explains the process of species changing over time. Each of these theories contributes to the overarching understanding of biological science, but "Form = Function" specifically captures