WGU D361 - TASK 1 AND 2 COMBINED
CERTIFICATION SCRIPT 2026 QUESTIONS
WITH SOLUTIONS GRADED A+
◍ retrieval practice.
Answer: enhances long-term retention by actively recalling information
from memory
◍ neuroplasticity.
Answer: the brain's ability to reorganize and adapt in response to experience
◍ the study of the brain and nervous system.
Answer: Neuroscience
◍ cognitive rigidity.
Answer: cognitive abilities become rigid and fixed as people age
◍ learning theories.
Answer: conceptual frameworks that explain how individuals acquire
knowledge, develop skills, and change behaviors over time
◍ cognitive rigidity.
Answer: as we age, making it harder to learn new things.
◍ information processing theory.
Answer: fundamental concepts for understanding brain function, such as
sensory input, working memory, and long-term memory
◍ the myth of normal.
Answer: there is a "normal" or standard way of learning and cognitive
functioning
◍ lesson 5 summary.
Answer: the myth of cognitive rigidity is debunked by neuroscience, which
, shows the brain's ability to adapt and rewire itself through neuroplasticity.
understanding this dynamic nature is crucial for teaching, as it allows
educators to tailor their approaches and foster resilience, curiosity, and
lifelong learning in students by embracing the brain's capacity for change. 1-
neuroplasticity reveals the brain's ability to adapt and rewire itself,
challenging cognitive rigidity. 2- educators should use the concept of
neuroplasticity to tailor instructional methods and support student growth3-
embracing neuroplasticity helps create learning environments that promote
resilience and lifelong learning.
◍ mental schemas.
Answer: cognitive frameworks that help people organize and interpret
information
◍ cerebellum.
Answer: responsible for balance, coordination, and motor control—also
begins to develop early in life
◍ learning science/debunking the myth of multitasking.
Answer: Rather than juggling multiple tasks at once, it's more effective to
prioritize tasks, focus on one task at a time, and assign dedicated time for
each activity. By dispelling the myth of multitasking, you can improve your
concentration, productivity, and overall cognitive performance.
◍ Neurodiversity.
Answer: neurological variations should be recognized and respected can
significantly impact executive function and learning
◍ plays a crucial role in acquiring new knowledge, honing cognitive skills, and
adapting to the challenges of formal education.
Answer: neurodevelopment
◍ identity versus role confusion stage.
Answer: Adolescents between the ages of 12-17 engage in the exploration
and formation of personal identity, including values, beliefs, and aspirations
◍ prefrontal cortex.
, Answer: decision-making, impulse control, and emotional regulation
◍ multi-sensory learning.
Answer: engages different senses to deepen students' learning experiences
◍ hippocampus (memory).
Answer: activating certain brain regions responsible for attention and
memory
◍ Humanism.
Answer: focuses on nurturing students' overall well-being, self-esteem, and
sense of belonging, recognizing that these factors are essential for effective
learning
◍ reversibility.
Answer: to mentally undo actions or operations; allows individuals to
understand that certain processes can be reversed to return to their original
state
◍ Research-based best practices.
Answer: teaching methods and strategies that have been scientifically
proven to enhance student learning and achievement
◍ Neuroplasticity.
Answer: plays a crucial role in recovery from traumatic brain injuries
◍ lesson 3 summary.
Answer: multitasking reduces efficiency and increases errors, as the bran
isn't designed for it. task-switching impairs cognitive function and memory
retention, lowering attention span. prioritising and focusing on one task
enhances productivity. cramming results in shallow memorisation and poor
long-term retention, while spacing strengthens neural connections and
promotes deeper encoding, enhancing memory retention. 1- multitasking
impairs cognitive functions and memory retentions, reducing attention
span2- cramming leads to shallow memorisation and poor long-term
retention 3-spacing strengthens neural connections and enhances memory
retentions.
CERTIFICATION SCRIPT 2026 QUESTIONS
WITH SOLUTIONS GRADED A+
◍ retrieval practice.
Answer: enhances long-term retention by actively recalling information
from memory
◍ neuroplasticity.
Answer: the brain's ability to reorganize and adapt in response to experience
◍ the study of the brain and nervous system.
Answer: Neuroscience
◍ cognitive rigidity.
Answer: cognitive abilities become rigid and fixed as people age
◍ learning theories.
Answer: conceptual frameworks that explain how individuals acquire
knowledge, develop skills, and change behaviors over time
◍ cognitive rigidity.
Answer: as we age, making it harder to learn new things.
◍ information processing theory.
Answer: fundamental concepts for understanding brain function, such as
sensory input, working memory, and long-term memory
◍ the myth of normal.
Answer: there is a "normal" or standard way of learning and cognitive
functioning
◍ lesson 5 summary.
Answer: the myth of cognitive rigidity is debunked by neuroscience, which
, shows the brain's ability to adapt and rewire itself through neuroplasticity.
understanding this dynamic nature is crucial for teaching, as it allows
educators to tailor their approaches and foster resilience, curiosity, and
lifelong learning in students by embracing the brain's capacity for change. 1-
neuroplasticity reveals the brain's ability to adapt and rewire itself,
challenging cognitive rigidity. 2- educators should use the concept of
neuroplasticity to tailor instructional methods and support student growth3-
embracing neuroplasticity helps create learning environments that promote
resilience and lifelong learning.
◍ mental schemas.
Answer: cognitive frameworks that help people organize and interpret
information
◍ cerebellum.
Answer: responsible for balance, coordination, and motor control—also
begins to develop early in life
◍ learning science/debunking the myth of multitasking.
Answer: Rather than juggling multiple tasks at once, it's more effective to
prioritize tasks, focus on one task at a time, and assign dedicated time for
each activity. By dispelling the myth of multitasking, you can improve your
concentration, productivity, and overall cognitive performance.
◍ Neurodiversity.
Answer: neurological variations should be recognized and respected can
significantly impact executive function and learning
◍ plays a crucial role in acquiring new knowledge, honing cognitive skills, and
adapting to the challenges of formal education.
Answer: neurodevelopment
◍ identity versus role confusion stage.
Answer: Adolescents between the ages of 12-17 engage in the exploration
and formation of personal identity, including values, beliefs, and aspirations
◍ prefrontal cortex.
, Answer: decision-making, impulse control, and emotional regulation
◍ multi-sensory learning.
Answer: engages different senses to deepen students' learning experiences
◍ hippocampus (memory).
Answer: activating certain brain regions responsible for attention and
memory
◍ Humanism.
Answer: focuses on nurturing students' overall well-being, self-esteem, and
sense of belonging, recognizing that these factors are essential for effective
learning
◍ reversibility.
Answer: to mentally undo actions or operations; allows individuals to
understand that certain processes can be reversed to return to their original
state
◍ Research-based best practices.
Answer: teaching methods and strategies that have been scientifically
proven to enhance student learning and achievement
◍ Neuroplasticity.
Answer: plays a crucial role in recovery from traumatic brain injuries
◍ lesson 3 summary.
Answer: multitasking reduces efficiency and increases errors, as the bran
isn't designed for it. task-switching impairs cognitive function and memory
retention, lowering attention span. prioritising and focusing on one task
enhances productivity. cramming results in shallow memorisation and poor
long-term retention, while spacing strengthens neural connections and
promotes deeper encoding, enhancing memory retention. 1- multitasking
impairs cognitive functions and memory retentions, reducing attention
span2- cramming leads to shallow memorisation and poor long-term
retention 3-spacing strengthens neural connections and enhances memory
retentions.
