Chaos Theory: Exploring the Butterfly Effect

The clock in Berne, Switzerland was two minutes late A banker got into a car with faulty brakes Albert Einstein was run over and died None of the above

Tiny differences in initial conditions can lead to vastly different outcomes Chaos theory is the same as disorder and randomness Chaos theory is only applicable to weather forecasting Chaos theory disproves the laws of classical physics

True

False

Predicting stock market crashes Analyzing cardiac arrhythmia Understanding social phenomena like trolling All of the above

True

False

Tiny differences in initial conditions can lead to vastly different outcomes There are no measurements that allow us to determine the exact position and speed of every atom in the universe Chaos theory disproves the laws of classical physics The 'inaccuracy' in our calculations makes predictions difficult

The butterfly effect means that a small change can have a large impact The butterfly effect is the same as chaos theory The butterfly effect is a completely random and unpredictable phenomenon All of the above

The discovery that tiny differences in initial conditions can lead to vastly different outcomes The realization that the universe is completely random and unpredictable The development of powerful computers that could model complex systems The observation that classical physics could not accurately predict all natural phenomena