NSCI 140 - Intro to Neuroeducation & Metacognition (Modules 9-10)

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Last updated 7:40 PM on 5/31/26
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33 Terms

1
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What is the formal definition of Educational Neuroscience?

An interdisciplinary research field that seeks to translate research findings on the neural mechanisms of learning into educational practice and policy

2
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How does Educational Neuroscience bridge the "invisible" and "visible" layers of human learning?

It connects the invisible layer of physiological mechanisms/adaptation (neuroplasticity) to the visible layer of learning outcomes (behavioural performance)

3
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What is the difference between the Direct & Indirect routes from neuroscience to education?

  • Direct route: Focuses purely on physiology and the brain as a biological learning machine (e.g., optimizing "brain health" via sleep/nutrition).

  • Indirect route: Travels through psychology, studying the neural systems underlying mental processes that facilitate classroom learning.


4
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What are three major systemic/structural challenges when trying to apply Educational Neuroscience to classrooms?

Any of the following: Complex measurement of multifaceted outcomes, lab results failing to transfer to real-world environments (validity challenge), scalability issues, lack of effective communication channels between scientists and educators (leading to neuromyths), and the high resource requirements of science-based education

5
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Which neurocognitive network is active when a person is engaging in "nothing" (mind-wandering, self-reflection, or social cognition)?

Default Mode Network (DMN)

6
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Where is the Default Mode Network (DMN) predominantly located anatomically?

Along the cortical midline. Key core structures include the medial Prefrontal Cortex (mPFC) and the Posterior Cingulate Cortex (PCC)/precuneus.

7
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Which neurocognitive network drives task-driven, stimulus-driven, and goal-oriented executive functioning ("looking out")?

Central Executive Network (CEN)

AKA Executive Control Network (ECN)

8
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Describe the relationship/interaction between the Default Mode Network (DMN) and Executive Control Network (ECN)

Anti-correlation relationship - "Seesaw" where activation of one network typically suppresses the other

9
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True or False: Mind-wandering is a completely useless distraction that should be entirely eliminated from cognitive processing.

False. Mind-wandering is an integral part of cognitive processing and creativity.

10
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What dual networks must dynamically interact to achieve creative performance, and what are their roles?

  • DMN (Spontaneous thought generation): Brainstorms and generates random/divergent ideas.

  • Classic Metacognitive Network (Creative evaluation): Analyzes, edits, and selects the useful outcomes.


11
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What happens to the structural and functional networks of long-term mindfulness meditation practitioners?

They display structural changes and persistent co-engagement in both metacognitive and Default Mode Network brain regions

12
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What is metacognition?

The ability to monitor and control one's own cognitive and learning processes ("thinking about thinking")

13
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What are the two primary dimensions of Metacognition studied in cognitive neuroscience?

  • Metacognitive Judgements (Knowledge): Introspective awareness of your own cognition.

  • Meta-control (Regulation): Higher-order functions managing and adjusting lower-level processes as they happen


14
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Define the difference between Online & Offline metacognition

  • Online: Occurs in the present moment while actively engaged in a task.

  • Offline: Occurs outside of a specific task context (reflecting on past performances or planning future strategies)


15
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Give an example of Online Metacognitive Control.

Actively changing your study strategy right in the middle of reading a text because you realize you didn't understand a paragraph

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Give an example of Offline Metacognitive Knowledge.

Knowing your own general intellectual strengths, learning habits, and limits outside the active moment of studying

17
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Describe the timeline for metacognitive development in children.

Meta-knowledge typically emerges around age 5, meta-control begins emerging around age 8, and both continue developing heavily into adolescence

18
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How does metacognition evolve from childhood to adulthood across fields of study?

It is believed to start out as highly domain-dependent (specific to one subject) and gradually becomes domain-independent as experience accumulates

19
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Which major network shares key neural regions with Offline Metacognitive Knowledge?

The Default Mode Network (DMN) (including structures like the precuneus, pMFC, aPFC, and ACC)

20
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Why is the Anterior Cingulate Cortex (ACC) vital to Online Metacognitive Knowledge?

It monitors cognitive conflict, errors, mismatches, or uncertainty during a task and signals the need for increased attention or updating models

21
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Which structural brain region is primarily responsible for executing both Online and Offline Meta-Control?

The Lateral Prefrontal Cortex (lPFC), particularly the dorsolateral (dlPFC) and ventrolateral (vlPFC) prefrontal cortex, heavily engaging the executive control network

22
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Name three common behavioural methods used to assess a student's metacognition

Self-report questionnaires (like the MAI), learning journals, and thinking-aloud protocols

23
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What popular diagnostic tool splits metacognition into "Knowing" (Meta-Knowledge) and "Doing" (Meta-Control/Regulation)?

The Metacognitive Awareness Inventory (MAI)

24
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What are the five sub-components of Meta-Control/Regulation evaluated under the MAI?

Planning, Information Management, Monitoring, Debugging, and Evaluation

25
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Between Meta-Knowledge and Meta-Control, which metric shows a stronger direct correlation with actual academic performance?

Meta-Control (Regulation of cognition) shows a stronger correlation, though "doing" still requires a strong foundation of "knowing"

26
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What is Metacognitive Judgement Sensitivity?

A measure of how well a learner's confidence level tracks their actual performance accuracy (assigning high confidence to correct trials and low confidence to errors)

27
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In a laboratory confidence task, what does a larger distance between the correct and incorrect trial confidence distribution curves indicate?

It denotes higher metacognitive sensitivity

28
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Educational Neuroscience is best described as an interdisciplinary field that:

Aims to translate research on neural mechanisms of learning into educational practices and policy

29
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During a resting state fMRI scan, a participant is instructed to do "nothing" and let their mind wander. Which brain network will show preferential activation, and where is it predominantly located?

Default Mode Network; Cortical midline structures

30
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While taking a difficult test, Sarah notices that she does not understand the phrasing of Question 5, so she immediately shifts her strategy and highlights key terms to isolate the core prompt. What type of metacognitive processing is she actively executing?

Online Meta-control

31
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Structural brain imaging shows that Offline Metacognitive Knowledge significantly overlaps with the structures of the Default Mode Network (DMN). Which of the following regions is specifically noted for monitoring conflict, mismatches, or uncertainty to prompt online updates?

Anterior Cingulate Cortex (ACC)

32
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According to developmental cognitive neuroscience, what is the correct progression of a child's metacognitive abilities over time?

Meta-knowledge emerges around age 5, meta-control emerges around age 8, and abilities begin as domain-dependent before broadening

33
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When evaluating measurements of metacognition and academic performance, which statement reflects research evidence?

Academic success is most strongly linked to what students do with awareness (regulation/control), and these skills are highly malleable