A) A medical treatment for severe illnesses. B) A computer programming language. C) A philosophy promoting a nomadic lifestyle. D) A theoretical framework for understanding the structure and behavior of complex systems.
A) The idea that a system can achieve the same end state through different means. B) The principle that all systems have a singular final goal. C) The belief that systems are inherently unpredictable. D) The concept that systems can only change in one direction.
A) Chaotic attractor B) Entropy C) Dysfunction D) Homeostasis
A) It hinders communication between system elements. B) It increases predictability. C) It leads to systemic instability and dysfunction. D) It enhances resilience and adaptability to changing conditions.
A) To promote chaos and disorder within systems. B) To ignore systemic interactions. C) To improve understanding and management of complex systems in order to enhance overall efficiency and resilience. D) To maintain the status quo without any changes.
A) The appearance of novel properties at higher levels of organization that are not present at lower levels. B) The process of system self-destruction. C) The development of identical components within a system. D) The tendency of systems to dissolve into chaos.
A) Homogeneity B) Autopoiesis C) Heterogeneity D) Attractor
A) They are entirely unrelated concepts. B) Living Systems Theory is a specific application of systems thinking that focuses on living organisms and their interactions. C) Systems thinking is a subset of Living Systems Theory. D) Systems thinking is a newer and more advanced framework than Living Systems Theory. |