Questions: What role do specialized cells perform in establishing hofneostasis? Specialized cells work independently to perform their specific functions. Specialized cells work only as a team to perform the functions of the body. Specialized cells work independently as well as in a team to perform the functions of the body. Specialized cells in the body perform all the functions that are necessary to maintain homeostasis.

The answer is the third one: Specialized cells work independently as well as in a team to perform the functions of the body.

Explanation for each option:

1. Specialized cells work independently to perform their specific functions.

   • This statement is partially correct. While specialized cells do perform specific functions independently, they often need to interact and coordinate with other cells to maintain overall homeostasis in the body.

2. Specialized cells work only as a team to perform the functions of the body.

   • This statement is also partially correct. Specialized cells do work together as a team, but they also have individual roles that they perform independently. Both independent and collaborative actions are necessary for maintaining homeostasis.

3. Specialized cells work independently as well as in a team to perform the functions of the body.

   • This statement is correct. Specialized cells have specific functions they perform independently, but they also collaborate with other cells and systems to ensure the body functions properly and maintains homeostasis.

4. Specialized cells in the body perform all the functions that are necessary to maintain homeostasis.

   • This statement is misleading. While specialized cells perform many functions necessary for homeostasis, they do not perform all functions. Homeostasis is a complex process that involves multiple systems and interactions beyond just the actions of specialized cells.

In summary, specialized cells contribute to homeostasis by performing their specific functions both independently and in coordination with other cells and systems.