Final answer:
A whole, fresh apple shows organization in its structured parts, potential for reproduction through its seeds, growth from a flower on an apple tree, and it is part of the apple tree's life cycle. However, an individual apple does not maintain homeostasis or process energy independently, nor does it represent an organism on its own but is associated with the apple tree's life characteristics.
Step-by-step explanation:
When examining a whole, fresh apple in the context of biological characteristics, we can observe several distinct features. Regarding organization, an apple exhibits complex structures such as skin, flesh, and seeds, arranged in a systematic, organized manner. In terms of sensitivity or response to the environment, while the apple itself does not respond, if it were still on the tree, it would show sensitivity through growth towards sunlight and the closing of stomata in response to water loss. Regarding reproduction, an apple houses seeds, which have the potential to grow into new apple trees, thus fulfilling the apple's role in the life cycle of the tree. When it comes to growth/development, an apple grows from a flower on an apple tree, and as it matures, it undergoes changes such as increase in size and changes in color. Regulation/coordination is more applicable to the apple tree itself, such as the regulation of nutrient and water uptake. The apple, while part of the tree, contributes to maintenance of homeostasis by storing sugars, which are a part of the tree's overall energy processing system. However, once picked, an apple no longer processes energy and does not maintain homeostasis. Lastly, while a whole, fresh apple does not independently represent an organism, it is a part of the organism's life cycle as the reproductive part of the apple tree, contributing the seeds for future generations. Its structure and potential for enabling reproduction through its seeds associate it with the life characteristics of the tree.