### Answer
True.

### Explanation
The shape of specialized cells is intricately linked to their specific functions within an organism. For example, red blood cells have a biconcave disc shape, which increases their surface area for oxygen transport and allows them to easily navigate through blood vessels. Similarly, nerve cells (neurons) have long, branching extensions that facilitate the transmission of signals over distances. The specialized structure of each cell type—ranging from muscular cells that can contract to epithelial cells that form protective layers—allows them to perform their respective roles efficiently. Thus, the shape of a cell is not arbitrary but rather adapted to optimize its functionality within the tissue or organ it resides in.

Question

### Answer
True.

### Explanation
The shape of specialized cells is intricately linked to their specific functions within an organism. For example, red blood cells have a biconcave disc shape, which increases their surface area for oxygen transport and allows them to easily navigate through blood vessels. Similarly, nerve cells (neurons) have long, branching extensions that facilitate the transmission of signals over distances. The specialized structure of each cell type—ranging from muscular cells that can contract to epithelial cells that form protective layers—allows them to perform their respective roles efficiently. Thus, the shape of a cell is not arbitrary but rather adapted to optimize its functionality within the tissue or organ it resides in.

Knowee AI · Accepted Answer

### Answer
True.

### Explanation
The shape of specialized cells is intricately linked to their specific functions within an organism. For example, red blood cells have a biconcave disc shape, which increases their surface area for oxygen transport and allows them to easily navigate through blood vessels. Similarly, nerve cells (neurons) have long, branching extensions that facilitate the transmission of signals over distances. The specialized structure of each cell type—ranging from muscular cells that can contract to epithelial cells that form protective layers—allows them to perform their respective roles efficiently. Thus, the shape of a cell is not arbitrary but rather adapted to optimize its functionality within the tissue or organ it resides in.

True or False: A specialized cell shape determines it's function (job).0 pointsTrueFalse

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True or False: A specialized cell shape determines its function (job).

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