1|Page
# **WGU D372 WMM1 TASK 3: INTRODUCTION
TO SYSTEMS THINKING**## **COMPLETE
EXAM PREPARATION GUIDE – 200+ PRACTICE
QUESTIONS WITH DETAILED RATIONALES |
2026/2027 UPDATE | A+ GUARANTEED**
# Table of Contents
| Section | Topic Area | Question Numbers |
| 1 | Foundational Systems Concepts | 1–25 |
| 2 | The Iceberg Tool | 26–45 |
| 3 | Behavior Over Time (BOT) Graphs | 46–60 |
| 4 | Feedback Loops (Reinforcing & Balancing) | 61–75 |
| 5 | Systems Archetypes | 76–100 |
| 6 | Causal Loop Diagrams (CLDs) | 101–115 |
| 7 | Stock & Flow Modeling | 116–125 |
| 8 | Leverage Points & Intervention Strategies | 126–140 |
| 9 | Case Study: Allcome Healthcare & AI Integration | 141–165 |
| 10 | Case Study: Wilde's Bramble & Jaechap Software Transition | 166–
180 |
| 11 | Learning Organizations & Mental Models | 181–190 |
| 12 | High-Yield Exam Review | 191–210 |
,2|Page
# Section 1: Foundational Systems Concepts (1–25)
**1.** According to Daniel Kim, a system is defined as:
A) A collection of unrelated objects or parts
B) A set of interacting or interdependent components forming an
integrated whole that produces an outcome
C) A hierarchical structure with clearly defined boundaries
D) Any group of people working in the same organization
**Answer:** B
**Rationale:** Kim's definition emphasizes interaction and
interdependence. A system is not just a collection of parts; its
components work together to produce a result distinct from the parts
alone. A restaurant serving customers is an example .
**2.** Which statement best describes systems thinking?
A) A way of disconnecting each part of a situation to examine it
individually
B) A disciplined approach for examining problems more completely and
accurately before acting
C) A method that focuses only on the events level of a problem
,3|Page
D) A qualitative approach that ignores interconnections between
components
**Answer:** B
**Rationale:** Systems thinking looks at interconnections, feedback,
and patterns over time. It helps avoid simplistic, reactionary solutions by
examining problems more completely before acting. It emphasizes how
parts relate to the whole, not disconnection .
**3.** What are the common elements of all systems?
A) Input, output, and profit margin
B) Input, output, feedback loop, throughput, environment, boundaries,
equilibrium, constraints
C) Capital, labor, and technology
D) Goals, strategies, and tactics
**Answer:** B
**Rationale:** All systems share specific elements regardless of type:
input (what enters), output (what exits), feedback loop (information that
circulates back), throughput (processing of inputs), environment
(external context), boundaries (limits defining what's inside vs. outside),
equilibrium (balance or steady state), and constraints (limitations on
system operation) .
, 4|Page
**4.** What is the function of any system?
A) To maximize profit for stakeholders
B) To process energy, information, or materials into a product or
outcome for use within or outside the system
C) To maintain equilibrium at all times
D) To grow exponentially over time
**Answer:** B
**Rationale:** All systems take inputs, transform them (throughput),
and produce outputs. Profit or growth may be goals of some systems but
are not universal functions of all systems .
**5.** The concept of "throughput" in a system refers to:
A) The final product delivered to customers
B) The processing of inputs within the system
C) The total number of system components
D) The system's rate of growth
**Answer:** B
# **WGU D372 WMM1 TASK 3: INTRODUCTION
TO SYSTEMS THINKING**## **COMPLETE
EXAM PREPARATION GUIDE – 200+ PRACTICE
QUESTIONS WITH DETAILED RATIONALES |
2026/2027 UPDATE | A+ GUARANTEED**
# Table of Contents
| Section | Topic Area | Question Numbers |
| 1 | Foundational Systems Concepts | 1–25 |
| 2 | The Iceberg Tool | 26–45 |
| 3 | Behavior Over Time (BOT) Graphs | 46–60 |
| 4 | Feedback Loops (Reinforcing & Balancing) | 61–75 |
| 5 | Systems Archetypes | 76–100 |
| 6 | Causal Loop Diagrams (CLDs) | 101–115 |
| 7 | Stock & Flow Modeling | 116–125 |
| 8 | Leverage Points & Intervention Strategies | 126–140 |
| 9 | Case Study: Allcome Healthcare & AI Integration | 141–165 |
| 10 | Case Study: Wilde's Bramble & Jaechap Software Transition | 166–
180 |
| 11 | Learning Organizations & Mental Models | 181–190 |
| 12 | High-Yield Exam Review | 191–210 |
,2|Page
# Section 1: Foundational Systems Concepts (1–25)
**1.** According to Daniel Kim, a system is defined as:
A) A collection of unrelated objects or parts
B) A set of interacting or interdependent components forming an
integrated whole that produces an outcome
C) A hierarchical structure with clearly defined boundaries
D) Any group of people working in the same organization
**Answer:** B
**Rationale:** Kim's definition emphasizes interaction and
interdependence. A system is not just a collection of parts; its
components work together to produce a result distinct from the parts
alone. A restaurant serving customers is an example .
**2.** Which statement best describes systems thinking?
A) A way of disconnecting each part of a situation to examine it
individually
B) A disciplined approach for examining problems more completely and
accurately before acting
C) A method that focuses only on the events level of a problem
,3|Page
D) A qualitative approach that ignores interconnections between
components
**Answer:** B
**Rationale:** Systems thinking looks at interconnections, feedback,
and patterns over time. It helps avoid simplistic, reactionary solutions by
examining problems more completely before acting. It emphasizes how
parts relate to the whole, not disconnection .
**3.** What are the common elements of all systems?
A) Input, output, and profit margin
B) Input, output, feedback loop, throughput, environment, boundaries,
equilibrium, constraints
C) Capital, labor, and technology
D) Goals, strategies, and tactics
**Answer:** B
**Rationale:** All systems share specific elements regardless of type:
input (what enters), output (what exits), feedback loop (information that
circulates back), throughput (processing of inputs), environment
(external context), boundaries (limits defining what's inside vs. outside),
equilibrium (balance or steady state), and constraints (limitations on
system operation) .
, 4|Page
**4.** What is the function of any system?
A) To maximize profit for stakeholders
B) To process energy, information, or materials into a product or
outcome for use within or outside the system
C) To maintain equilibrium at all times
D) To grow exponentially over time
**Answer:** B
**Rationale:** All systems take inputs, transform them (throughput),
and produce outputs. Profit or growth may be goals of some systems but
are not universal functions of all systems .
**5.** The concept of "throughput" in a system refers to:
A) The final product delivered to customers
B) The processing of inputs within the system
C) The total number of system components
D) The system's rate of growth
**Answer:** B
