Final answer:
Volatility and turbulence are driven by factors such as fluid flow disruptions, high speeds in fluid dynamics, arterial blockages in health contexts, and societal and resource disruptions regarding global issues.
Step-by-step explanation:
Drivers of volatility and turbulence in different contexts can vary. In physics, for example, turbulence may be driven by obstructions or sharp corners disrupting flow, or by high speeds that lead to drag between layers of fluid, which can then form eddies and swirls.
This is exemplified by the unpredictable nature of turbulent flow in fluids with a Reynolds number between 2000 and 3000. In the health sector, turbulence in the circulatory system can cause Korotkoff sounds and heart murmurs when the flow encounters irregularities such as arterial narrowing or damaged heart valves.
Moreover, in the context of global issues such as climate change, drivers of volatility may include non-linear societal repercussions and resource disruptions, like the decline of fossil fuel availability, which contribute to socio-economic and military actions.