Final answer:
Atoms interact to form molecules, which are the building blocks of cells that then combine to form tissues. Thus, atoms do not show organization at the tissue level directly, making the statement false. Tissues are part of a larger biological hierarchy that includes cells, organs, and organ systems. The correct option is B. False.
Step-by-step explanation:
Levels of Biological Organization and Compound Formation
The question posed asks whether atoms interacting to form three-dimensional compounds with distinctive properties in the body show organization at the tissue level. The answer to this is B. False. Atoms combine to form molecules, and these molecules are the building blocks of cells, not tissues directly.
The organization of biological structures follows a specific hierarchy: from atoms to molecules, then to cells, tissues, organs, organ systems, and finally the organism as a whole.
Tissue Level Organization
Tissues exist within organs, which exist within organ systems. This is an accurate representation of the hierarchical nature of biological organization. Tissues are composed of similar types of cells that work together to perform a specific function. For example, muscular tissue consists of muscle cells that contract to enable movement.
While atoms and molecules are fundamental in the formation of cells and therefore tissues, it is at the cellular level that we first see the distinctive properties necessary for life.
Cooperative interactions between cells, and between tissues in organs and organ systems, are what allow organisms to exhibit complex properties and promote efficiency in the use of energy and matter. Option B. is the correct one.