A) James Gleick B) Richard Feynman C) Stephen Hawking D) Isaac Newton
A) Static equilibrium B) Linear equations C) Predictable systems D) Chaotic systems
A) Initial conditions do not matter B) Small changes in starting conditions lead to vastly different outcomes C) Outcomes are always predictable D) All systems behave the same way
A) Chaotic behavior in deterministic systems B) Predictable outcomes from chaotic systems C) Systems without any order D) Completely random systems
A) Dismissal of complexity B) Focus on linear models only C) Reduction of scientific inquiry D) Interdisciplinary research
A) Random occurrences B) Linear relationships C) Simple geometric shapes D) Natural phenomena
A) Lorenz's weather simulation B) Galileo's pendulum trial C) Newton's falling apple D) Einstein's thought experiments
A) It does not change over time B) It is more complex and interrelated than previously thought C) It is solely based on chance D) It is completely predictable |