Which of the following statements best reflects the concept of energy transference in living organisms?

The selected statement accurately captures a fundamental principle of thermodynamics, specifically the first law, which states that energy cannot be created or destroyed, only transformed from one form to another. In living organisms, this transformation is vital for processes such as metabolism, where chemical energy from nutrients is converted into usable forms like ATP. This energy transference is crucial for maintaining cellular functions, enabling movement, growth, and reproduction.

The concept emphasizes that while energy changes form—such as from chemical energy in food to kinetic energy in muscle movement—it remains constant within the system of the universe. This perspective underscores the efficiency of biological systems in managing energy resources for various life processes.

Understanding this principle helps clarify the nature of energy interactions within organisms and their environment, setting the stage for discussing topics such as metabolic pathways, energetics, and conservation of energy in biological contexts.