Project Responsible Organization 2:
Business Analysis for Responsible Organizations
MCQs with answers
Lecture 2: System thinking, System tools and CLD
1. A responsible organization goes beyond traditional shareholder focus by
primarily considering which of the following?
a) Maximizing short-and-long term profits for investors.
b) Focusing on long-term brand loyalty by outperforming competitors
c) Integrating economic goals with measurable social and environmental
impacts across stakeholder groups.
d) Adhering strictly to legal minimum requirements without broader
considerations.
Answer: c
2. According to the definition presented in the lecture, a system is characterized
by being coherently organized in a way that achieves something. Which of the
following attributes is not explicitly mentioned as a characteristic of a system
in the provided text?
a) It is an interconnected set of elements.
b) Its parts affect each other.
c) It must exhibit linear cause-and-effect relationships.
d) The collective effect of its parts differs from the effect of each part on its
own.
Answer: c
3. When considering whether a collection of elements constitutes a system, which
condition emphasizes the emergent properties that differentiate a system from a
mere aggregate of components?
a) Can you identify individual, isolated parts within the collection?
b) Do the parts affect each other in a sequential, one-way manner?
c) Does the overall behavior remain static regardless of external
circumstances?
d) Do the parts together produce an effect that is distinct from the effect of
each part individually?
Answer: d
,4. System Thinking, as described in the lecture, is best understood as which of the
following?
a) A method focused solely on dissecting problems into their smallest,
independent components.
b) A perspective, a language, and a set of tools that emphasize a holistic
and integrative view.
c) A process primarily concerned with identifying immediate, direct causal
relationships.
d) A quantitative modeling technique that excludes qualitative aspects of a
problem.
Answer: b
5. A key challenge in becoming a Responsible Organization often involves lock-
in / sunk cost. This challenge primarily refers to:
a) The difficulty in securing new financial investments for responsible
initiatives.
b) The resistance to change due to past investments and established ways
of operating.
c) The inability to measure the long-term benefits of responsible practices.
d) The lack of external regulatory frameworks to enforce responsible
behavior.
Answer: b
6. Which of the following is an example of a complex system explicitly listed in
the lecture?
a) A simple mechanical lever system.
b) A controlled laboratory experiment.
c) A global pandemic.
d) A single-variable linear equation.
Answer: c
7. A fundamental difference between the conventional approach and the system
perspective in business analysis lies in how they view interrelations and
feedback. The system perspective emphasizes:
a) Closed chains of causal connections and interrelations.
b) Simple A-B cause and effect with no feedback loops.
c) Ignoring delays and unintended effects for quick results.
d) A focus on immediate results and short-term success.
Answer: a
,8. In the context of the differences between conventional vs system lens, how
does system thinking approach the source of problems compared to
conventional thinking?
a) Conventional thinking assumes problems have direct, obvious causes,
while System Thinking acknowledges indirect and sometimes non-
obvious relationships.
b) Both approaches agree that external factors are always to blame for
problems.
c) System Thinking always seeks to optimize individual parts to solve the
problem.
d) Conventional thinking focuses on systemic changes, whereas System
Thinking prefers quick fixes.
Answer: a
9. When should systems thinking be employed, particularly concerning problem
characteristics?
a) When dealing with clear, simple problems that have one main cause and
quick solutions.
b) When solving short-term issues that can be fixed easily without much
effect on other areas.
c) When facing ongoing, connected problems that involve many people
and where quick fixes might create bigger problems later.
d) Particularly when working with numbers and data, not when people or
opinions are involved.
Answer: c
10. Which of the following system tools is categorized under Soft System
Methodology in the lecture?
a) Causal Loop Diagram (CLD).
b) Stock & Flow model (SFD).
c) Rich Pictures.
d) Behavior over time graph.
Answer: c
11. What is the primary purpose of using Causal Loop Diagrams (CLDs) and Stock
& Flow Models (SFDs) within the area of systems tools?
a) To identify activities within an organization and scope issues for
analysis.
b) To design and communicate how to change a system.
c) To assess the financial viability of a system.
d) To model selected activities and their related factors and actors.
Answer: d
, 12. In a Causal Loop Diagram (CLD), what does an arrow with a + sign near the
arrowhead indicate?
a) The item at the tail of the arrow causes a change in the opposite
direction for the item at the head.
b) The item at the tail of the arrow causes a change in the same direction
for the item at the head.
c) A delay in the causal relationship between the two items.
d) A correlation, but not necessarily a causal relationship.
Answer: b
13. Consider a scenario where an increase in 'Product Quality' leads to an increase
in 'Sales'. In a Causal Loop Diagram (CLD), how would this relationship be
represented?
a) An arrow from 'Product Quality' to 'Sales' with a '-' sign.
b) An arrow from 'Product Quality' to 'Sales' with a '+' sign.
c) An arrow from 'Sales' to 'Product Quality' with a '+' sign.
d) Two lines crossing the arrow, indicating a delay.
Answer: b
14. A positive feedback loop in a Causal Loop Diagram (CLD) is characterized by:
a) An initial increase in a variable leading to its eventual decrease.
b) An initial decrease in a variable leading to its eventual increase.
c) An initial change in a variable leading to a further change in the same
direction.
d) The system seeking to stabilize around a specific equilibrium.
Answer: c
15. Which of the following best describes a reinforcing loop in a system, as
explained in the lecture?
a) A system that inherently seeks to stabilize and return to a set point.
b) A loop where an initial change in one variable leads to counteracting
forces that bring the system back to equilibrium.
c) A system with a control agent actively moderating its behavior.
d) A loop that drives continuous growth or escalation in a system.
Answer: d
16. A Balancing loop in a system is distinct from a reinforcing loop because it:
a) Always leads to exponential growth or decline.
b) Drives the system towards instability and runaway effects.
c) Involves a control agent and seeks to stabilize the system around a goal
or equilibrium.
d) Exclusively represents positive correlations between variables.
Answer: c
Business Analysis for Responsible Organizations
MCQs with answers
Lecture 2: System thinking, System tools and CLD
1. A responsible organization goes beyond traditional shareholder focus by
primarily considering which of the following?
a) Maximizing short-and-long term profits for investors.
b) Focusing on long-term brand loyalty by outperforming competitors
c) Integrating economic goals with measurable social and environmental
impacts across stakeholder groups.
d) Adhering strictly to legal minimum requirements without broader
considerations.
Answer: c
2. According to the definition presented in the lecture, a system is characterized
by being coherently organized in a way that achieves something. Which of the
following attributes is not explicitly mentioned as a characteristic of a system
in the provided text?
a) It is an interconnected set of elements.
b) Its parts affect each other.
c) It must exhibit linear cause-and-effect relationships.
d) The collective effect of its parts differs from the effect of each part on its
own.
Answer: c
3. When considering whether a collection of elements constitutes a system, which
condition emphasizes the emergent properties that differentiate a system from a
mere aggregate of components?
a) Can you identify individual, isolated parts within the collection?
b) Do the parts affect each other in a sequential, one-way manner?
c) Does the overall behavior remain static regardless of external
circumstances?
d) Do the parts together produce an effect that is distinct from the effect of
each part individually?
Answer: d
,4. System Thinking, as described in the lecture, is best understood as which of the
following?
a) A method focused solely on dissecting problems into their smallest,
independent components.
b) A perspective, a language, and a set of tools that emphasize a holistic
and integrative view.
c) A process primarily concerned with identifying immediate, direct causal
relationships.
d) A quantitative modeling technique that excludes qualitative aspects of a
problem.
Answer: b
5. A key challenge in becoming a Responsible Organization often involves lock-
in / sunk cost. This challenge primarily refers to:
a) The difficulty in securing new financial investments for responsible
initiatives.
b) The resistance to change due to past investments and established ways
of operating.
c) The inability to measure the long-term benefits of responsible practices.
d) The lack of external regulatory frameworks to enforce responsible
behavior.
Answer: b
6. Which of the following is an example of a complex system explicitly listed in
the lecture?
a) A simple mechanical lever system.
b) A controlled laboratory experiment.
c) A global pandemic.
d) A single-variable linear equation.
Answer: c
7. A fundamental difference between the conventional approach and the system
perspective in business analysis lies in how they view interrelations and
feedback. The system perspective emphasizes:
a) Closed chains of causal connections and interrelations.
b) Simple A-B cause and effect with no feedback loops.
c) Ignoring delays and unintended effects for quick results.
d) A focus on immediate results and short-term success.
Answer: a
,8. In the context of the differences between conventional vs system lens, how
does system thinking approach the source of problems compared to
conventional thinking?
a) Conventional thinking assumes problems have direct, obvious causes,
while System Thinking acknowledges indirect and sometimes non-
obvious relationships.
b) Both approaches agree that external factors are always to blame for
problems.
c) System Thinking always seeks to optimize individual parts to solve the
problem.
d) Conventional thinking focuses on systemic changes, whereas System
Thinking prefers quick fixes.
Answer: a
9. When should systems thinking be employed, particularly concerning problem
characteristics?
a) When dealing with clear, simple problems that have one main cause and
quick solutions.
b) When solving short-term issues that can be fixed easily without much
effect on other areas.
c) When facing ongoing, connected problems that involve many people
and where quick fixes might create bigger problems later.
d) Particularly when working with numbers and data, not when people or
opinions are involved.
Answer: c
10. Which of the following system tools is categorized under Soft System
Methodology in the lecture?
a) Causal Loop Diagram (CLD).
b) Stock & Flow model (SFD).
c) Rich Pictures.
d) Behavior over time graph.
Answer: c
11. What is the primary purpose of using Causal Loop Diagrams (CLDs) and Stock
& Flow Models (SFDs) within the area of systems tools?
a) To identify activities within an organization and scope issues for
analysis.
b) To design and communicate how to change a system.
c) To assess the financial viability of a system.
d) To model selected activities and their related factors and actors.
Answer: d
, 12. In a Causal Loop Diagram (CLD), what does an arrow with a + sign near the
arrowhead indicate?
a) The item at the tail of the arrow causes a change in the opposite
direction for the item at the head.
b) The item at the tail of the arrow causes a change in the same direction
for the item at the head.
c) A delay in the causal relationship between the two items.
d) A correlation, but not necessarily a causal relationship.
Answer: b
13. Consider a scenario where an increase in 'Product Quality' leads to an increase
in 'Sales'. In a Causal Loop Diagram (CLD), how would this relationship be
represented?
a) An arrow from 'Product Quality' to 'Sales' with a '-' sign.
b) An arrow from 'Product Quality' to 'Sales' with a '+' sign.
c) An arrow from 'Sales' to 'Product Quality' with a '+' sign.
d) Two lines crossing the arrow, indicating a delay.
Answer: b
14. A positive feedback loop in a Causal Loop Diagram (CLD) is characterized by:
a) An initial increase in a variable leading to its eventual decrease.
b) An initial decrease in a variable leading to its eventual increase.
c) An initial change in a variable leading to a further change in the same
direction.
d) The system seeking to stabilize around a specific equilibrium.
Answer: c
15. Which of the following best describes a reinforcing loop in a system, as
explained in the lecture?
a) A system that inherently seeks to stabilize and return to a set point.
b) A loop where an initial change in one variable leads to counteracting
forces that bring the system back to equilibrium.
c) A system with a control agent actively moderating its behavior.
d) A loop that drives continuous growth or escalation in a system.
Answer: d
16. A Balancing loop in a system is distinct from a reinforcing loop because it:
a) Always leads to exponential growth or decline.
b) Drives the system towards instability and runaway effects.
c) Involves a control agent and seeks to stabilize the system around a goal
or equilibrium.
d) Exclusively represents positive correlations between variables.
Answer: c
