Question

1. list an example of how form follows function at the cellular level.

Explanation:

To answer this, we consider cells where structure (form) relates to function. For example, red blood cells (erythrocytes) are biconcave discs. This shape increases surface area for gas exchange (oxygen and carbon dioxide) and allows them to be flexible to pass through narrow capillaries, which is their function of transporting gases in the blood. Another example: nerve cells (neurons) have long axons and dendrites. The long axons allow transmission of electrical signals over long distances, and dendrites receive signals, matching their function of transmitting and receiving neural impulses. We'll use the red blood cell example for clarity.

Answer:

An example is red blood cells (erythrocytes). Red blood cells have a biconcave disc shape (form). This biconcave shape increases the surface area - to - volume ratio, which is crucial for their function of efficiently transporting oxygen and carbon dioxide. The flexible, disc - like structure also enables them to squeeze through narrow capillaries to deliver or pick up gases.