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Understanding Complex Systems WSC 2025

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

What is “emergence” in complex systems?

a)

The process of data becoming centralized

b)

The collapse of smaller systems into one

c)

The rise of collective behavior from simple rules

d)

The random breakdown of organization

e)

The blending of unrelated system properties

2.

Which example best shows emergence in action?

a)

A colony of ants forming a trail

b)

A single ant gathering food

c)

A robot following a program

d)

A tree growing in a forest

e)

A human typing on a computer

3.

What is self-organization in systems theory?

a)

Centralized control from a lead agent

b)

Development from artificial intelligence

c)

Order arising without external direction

d)

Systems adjusting from external feedback

e)

An imposed structure from hierarchy

4.

Which system is most likely to exhibit self-organization?

a)

A top-down military command

b)

A flock of birds flying in formation

c)

A government ministry

d)

A teacher giving classroom rules

e)

A coded software algorithm

5.

What does de-centralization refer to in systems?

a)

Authority shifting to a single leader

b)

Randomization of control points

c)

Distribution of decision-making power

d)

Physical dispersion of materials

e)

Transfer of data to storage hubs

6.

What is one benefit of decentralization in a system?

a)

Faster central processing

b)

Stronger top-down control

c)

Complete randomness in actions

d)

Better surveillance and order

e)

More resilience and flexibility

7.

In systems, feedback means:

a)

Sending signals to other countries

b)

Providing comments after testing

c)

Removing noise from data

d)

Returning outputs into inputs

e)

Reporting opinions in surveys

8.

What’s an example of negative feedback in biology?

a)

Oxygen causing rapid breathing

b)

Increased hunger from high sugar

c)

Body temperature regulation

d)

A wound healing over weeks

e)

A muscle building through rest

9.

What does determinism claim about the universe?

a)

Free will controls all decisions

b)

Events happen entirely by chance

c)

Human choices override natural laws

d)

The future cannot be predicted

e)

Outcomes are pre-determined by prior states

10.

Which belief most aligns with determinism?

a)

Coincidences define everything

b)

Choices are purely spontaneous

c)

Every effect has a prior cause

d)

Randomness creates order

e)

Emotions dictate physics

11.

What defines a chaotic system in science?

a)

A system with no patterns

b)

A system controlled by AI

c)

A deterministic system with unpredictable behavior

d)

A completely random system

e)

A balanced and steady system

12.

Which of these is an example of chaos in nature?

a)

Clock ticking

b)

Rainstorm repeating weekly

c)

Weather patterns over weeks

d)

Moon orbiting Earth

e)

Plant growing toward the sun

13.

In chaos theory, sensitivity to initial conditions means:

a)

Reactions happen slowly over time

b)

The system ignores small changes

c)

Tiny changes lead to large outcomes

d)

Inputs always equal the same outputs

e)

Feedback loops are disabled

14.

Which is a famous metaphor for sensitivity in chaos theory?

a)

Schrödinger’s cat paradox

b)

The snowball effect

c)

The butterfly effect

d)

The domino theory

e)

Murphy’s law

15.

The flocking model in complexity science refers to:

a)

Controlled migration by leaders

b)

Imitation of predator movement

c)

Simple rules creating group motion

d)

One bird guiding the others

e)

Weather forcing birds to align

16.

What do flocking algorithms often include?

a)

Rules for authority rotation

b)

Equations for chaos prediction

c)

Rules for separation, alignment, cohesion

d)

Laws of thermodynamic energy

e)

Controls for nervous system response

17.

The three-body problem is difficult because:

a)

It requires advanced knowledge of chemistry

b)

It applies only to black holes

c)

The system becomes mathematically unstable

d)

The bodies move at identical speeds

e)

All orbits result in perfect repetition

18.

The three-body problem shows limits of:

a)

Newtonian determinism in prediction

b)

Conservation of mass and energy

c)

Calculus in modern math

d)

The speed of light in physics

e)

Climate models in statistics

19.

Fractals are best described as:

a)

Patterns with no structure

b)

Shapes that exist only in fiction

c)

Self-similar patterns at different scales

d)

Curves that always end sharply

e)

Figures created from real-life photos

20.

Which natural example shows a fractal pattern?

a)

A square table

b)

A solid metal cube

c)

A fern leaf

d)

A flat highway

e)

A plain sheet of paper