1|Page
UC Berkeley COGSCI 1 Midterm 1 Exam
Prep | 200 Brand New Practice
Questions with Correct Answers & In-
Depth Rationales | Comprehensive
Coverage of Cognitive Science
Foundations, Neural Networks,
Memory Systems, Visual Perception,
and A
ACE YOUR UC BERKELEY COGSCI 1 MIDTERM 1 WITH THIS
BRAND NEW TEST BANK!
This comprehensive guide features 200 fresh, expert-written
multiple-choice questions covering every key topic: CRUM,
Marr's Three Levels, Memory Systems, Visual Processing, Neural
Networks, Philosophy of Mind, Cognitive Biases, Language, and
AI. Each question includes the correct answer in bold italics and
a detailed rationale explaining the logic behind every choice—
so you understand the why, not just the what.
Perfect for active recall, self-testing, and concept mastery.
Based on the actual UC Berkeley curriculum. Pass with
confidence!
,2|Page
Question 1:
The interdisciplinary field of cognitive science is best defined as the study of:
A) Only the biological basis of behavior.
B) The mind and intelligence, focusing on cognition as information processing
through the manipulation of representations.
C) Only computer simulations of human behavior.
D) The social and cultural influences on human behavior.
Answer: B
Rationale: Cognitive science is the interdisciplinary study of the mind and intelligence,
with a core emphasis on cognition as information processing. It draws from psychology,
AI, linguistics, neuroscience, anthropology, and philosophy. Options A and D are too
narrow (biology or social science), and C excludes the broader interdisciplinary scope.
Question 2:
The acronym "CRUM" in cognitive science stands for:
A) Cognitive Reasoning and Unified Memory.
B) Computational-Representational Understanding of the Mind.
C) Centralized Retrieval of Unified Modules.
D) Cognitive Representation of Universal Meaning.
Answer: B
Rationale: CRUM is the foundational idea that thinking is best understood as
computational processes operating on mental representations. This is the core
assumption of classical cognitive science. Options A, C, and D are fabricated acronyms.
Question 3:
According to David Marr's three levels of analysis, the "algorithmic level" addresses:
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A) What the goal of the computation is.
B) How the input and output are represented and what processes transform one into
the other.
C) The physical hardware or biological implementation.
D) The evolutionary purpose of the system.
Answer: B
Rationale: Marr's algorithmic level specifies the representations and processes that
carry out the computation. The computational level (A) defines the goal, the
implementational level (C) is the physical substrate, and evolution (D) is not part of
Marr's framework.
Question 4:
Phineas Gage's case is historically significant because it provided early evidence for:
A) The localization of function in the frontal lobe.
B) The equipotentiality of the entire cortex.
C) The role of the hippocampus in memory.
D) The existence of mirror neurons.
Answer: A
Rationale: Gage's personality change after frontal lobe damage showed that specific
brain regions (frontal lobes) are linked to specific functions (personality, decision-
making). Option B is Lashley's conclusion, C is from H.M., and D is a modern discovery.
Question 5:
Karl Lashley's lesion experiments in rats led him to conclude that memories are:
A) Stored in a single, localized engram in the hippocampus.
B) Distributed across the cerebral cortex (mass action and equipotentiality).
C) Stored exclusively in the cerebellum.
D) Not stored in the brain at all.
Answer: B
Rationale: Lashley failed to find a single engram and concluded that memory is widely
distributed. His principles of mass action and equipotentiality suggest that any cortical
area can participate in memory storage. Option A is the opposite, C is false, and D is
false.
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Question 6:
Hubel and Wiesel's research on the cat visual cortex discovered that simple cells
respond best to:
A) Spots of light anywhere in the visual field.
B) Stationary bars of light at a specific orientation and position.
C) Moving edges in any direction.
D) Complex shapes like faces.
Answer: B
Rationale: Simple cells in V1 have elongated receptive fields and respond selectively to
oriented bars of light in a specific location. Complex cells (C) are less position-sensitive
and respond to motion. Option A describes retinal ganglion cells, and D describes IT
neurons.
Question 7:
Thomas Kuhn's concept of "paradigm shifts" applies to cognitive science by
describing:
A) The gradual, linear accumulation of knowledge.
B) The historical transitions between symbolic, neural, and dynamical paradigms.
C) The complete rejection of all previous theories.
D) Only changes in computer hardware.
Answer: B
Rationale: Kuhn's framework describes how scientific fields change through revolutions.
In cognitive science, paradigms have shifted from symbolic (classical AI) to
connectionist/neural to dynamical systems. Option A is the opposite, C is too extreme,
and D is false.
Question 8:
Tulving's distinction between episodic and semantic memory is that:
A) Episodic memory is for facts, semantic memory is for personal experiences.
B) Episodic memory involves personal events with spatial-temporal context; semantic
memory involves general world knowledge.
UC Berkeley COGSCI 1 Midterm 1 Exam
Prep | 200 Brand New Practice
Questions with Correct Answers & In-
Depth Rationales | Comprehensive
Coverage of Cognitive Science
Foundations, Neural Networks,
Memory Systems, Visual Perception,
and A
ACE YOUR UC BERKELEY COGSCI 1 MIDTERM 1 WITH THIS
BRAND NEW TEST BANK!
This comprehensive guide features 200 fresh, expert-written
multiple-choice questions covering every key topic: CRUM,
Marr's Three Levels, Memory Systems, Visual Processing, Neural
Networks, Philosophy of Mind, Cognitive Biases, Language, and
AI. Each question includes the correct answer in bold italics and
a detailed rationale explaining the logic behind every choice—
so you understand the why, not just the what.
Perfect for active recall, self-testing, and concept mastery.
Based on the actual UC Berkeley curriculum. Pass with
confidence!
,2|Page
Question 1:
The interdisciplinary field of cognitive science is best defined as the study of:
A) Only the biological basis of behavior.
B) The mind and intelligence, focusing on cognition as information processing
through the manipulation of representations.
C) Only computer simulations of human behavior.
D) The social and cultural influences on human behavior.
Answer: B
Rationale: Cognitive science is the interdisciplinary study of the mind and intelligence,
with a core emphasis on cognition as information processing. It draws from psychology,
AI, linguistics, neuroscience, anthropology, and philosophy. Options A and D are too
narrow (biology or social science), and C excludes the broader interdisciplinary scope.
Question 2:
The acronym "CRUM" in cognitive science stands for:
A) Cognitive Reasoning and Unified Memory.
B) Computational-Representational Understanding of the Mind.
C) Centralized Retrieval of Unified Modules.
D) Cognitive Representation of Universal Meaning.
Answer: B
Rationale: CRUM is the foundational idea that thinking is best understood as
computational processes operating on mental representations. This is the core
assumption of classical cognitive science. Options A, C, and D are fabricated acronyms.
Question 3:
According to David Marr's three levels of analysis, the "algorithmic level" addresses:
,3|Page
A) What the goal of the computation is.
B) How the input and output are represented and what processes transform one into
the other.
C) The physical hardware or biological implementation.
D) The evolutionary purpose of the system.
Answer: B
Rationale: Marr's algorithmic level specifies the representations and processes that
carry out the computation. The computational level (A) defines the goal, the
implementational level (C) is the physical substrate, and evolution (D) is not part of
Marr's framework.
Question 4:
Phineas Gage's case is historically significant because it provided early evidence for:
A) The localization of function in the frontal lobe.
B) The equipotentiality of the entire cortex.
C) The role of the hippocampus in memory.
D) The existence of mirror neurons.
Answer: A
Rationale: Gage's personality change after frontal lobe damage showed that specific
brain regions (frontal lobes) are linked to specific functions (personality, decision-
making). Option B is Lashley's conclusion, C is from H.M., and D is a modern discovery.
Question 5:
Karl Lashley's lesion experiments in rats led him to conclude that memories are:
A) Stored in a single, localized engram in the hippocampus.
B) Distributed across the cerebral cortex (mass action and equipotentiality).
C) Stored exclusively in the cerebellum.
D) Not stored in the brain at all.
Answer: B
Rationale: Lashley failed to find a single engram and concluded that memory is widely
distributed. His principles of mass action and equipotentiality suggest that any cortical
area can participate in memory storage. Option A is the opposite, C is false, and D is
false.
, 4|Page
Question 6:
Hubel and Wiesel's research on the cat visual cortex discovered that simple cells
respond best to:
A) Spots of light anywhere in the visual field.
B) Stationary bars of light at a specific orientation and position.
C) Moving edges in any direction.
D) Complex shapes like faces.
Answer: B
Rationale: Simple cells in V1 have elongated receptive fields and respond selectively to
oriented bars of light in a specific location. Complex cells (C) are less position-sensitive
and respond to motion. Option A describes retinal ganglion cells, and D describes IT
neurons.
Question 7:
Thomas Kuhn's concept of "paradigm shifts" applies to cognitive science by
describing:
A) The gradual, linear accumulation of knowledge.
B) The historical transitions between symbolic, neural, and dynamical paradigms.
C) The complete rejection of all previous theories.
D) Only changes in computer hardware.
Answer: B
Rationale: Kuhn's framework describes how scientific fields change through revolutions.
In cognitive science, paradigms have shifted from symbolic (classical AI) to
connectionist/neural to dynamical systems. Option A is the opposite, C is too extreme,
and D is false.
Question 8:
Tulving's distinction between episodic and semantic memory is that:
A) Episodic memory is for facts, semantic memory is for personal experiences.
B) Episodic memory involves personal events with spatial-temporal context; semantic
memory involves general world knowledge.
