WGU Learning as a Science – D186 , Exam Questions Verified and Provided with A+ Graded Answers Brain-Based Learning, Multisensory Instruction, Cognitive Load Theory, Brain Breaks, Learning Progressions, Collaborative Learning, Scaffolding Strategies, Sim

WGU Learning as a Science – D186 , Exam Questions Verified and Provided with A+ Graded Answers Brain-Based Learning, Multisensory Instruction, Cognitive Load Theory, Brain Breaks, Learning Progressions, Collaborative Learning, Scaffolding Strategies, Simulations and Visualization, Constructive Learning Activities, Learning Science Principles, Retrieval Practice, Memory Development, Student Motivation, Learning Environment Design, Physical Well-Being, Reflection and Refinement, Spaced Learning, Interleaving Strategies, High Expectations, Psychological Safety, Social Interaction, Summarizing Strategies, Graphic Representation, Representational Drawings, Organizational Drawings, Concept Mapping, Text Structures, Educational Frameworks, Teaching Strategies, Student Engagement, Evidence-Based Learning Practices Latest Reviewed 2026 Brain-Based Learning an approach to teaching that is grounded in the latest research on how the brain learns best. Strategies that align with the natural learning processes of the brain, making education more effective and engaging. Factors like emotion, environment, repetition, and individual neurological differences significantly impact how well students learn. Multisensory Instruction Brain retains information better when multiple senses are engaged. Brain Breaks The brain needs time to process and consolidate information. Implementing short breaks during lessons can improve focus and retention. This is also tied to ideas of "cognitive load," the theory that the brain has limited processing capacity at any given time, and too much sensory or informational input can overwhelm learners. 4 Exemplary Areas for Learning as a Science 1) Modeling learning progressions and adapting learning experiences, resources, and feedback to support learners' progress. 2) Collaborative learning and scaffolding, scripting, and orchestrating social interaction. 3) Simulations, visualization, modeling, and representation. 4) Opportunities to engage in hands-on constructive activities. 10 Key Learning as a Science Principles 1) Environment 2) Student's physical well-being 3) Learning is a process that involves effort, mistakes, reflection, and refinement. 4) Motivated to learn through autonomy, interests, and understanding the purpose. 5) Think deeply about the "to-be-learned" material to pay attention, build memories, and make meaning. 6) Retrieval practice. 7) Spacing out learning and interweaving different content. 8) Communicating high expectations. 9) Students feel safe in their learning. 10) Collaboration and social interaction. Retrieval Practice A learning strategy where you actively recall information from memory, rather than passively reviewing it. Strengthens memory; helps students flexibly apply what they learn, which strengthens the neural pathways associated with that information. Collaboration and social interaction Encourages deeper processing Deliberately creating learning spaces, including desk placement, lighting, etc. Increases learning Strategies to elaborate on learning: 1) Summarizing 2) Drawing Summarizing to create a verbal description that distills the most important information from a set of materials Drawings they use graphic strategies to portray important concepts and relationships Representational Drawing A simple diagram or depiction of a theory helps students recall factual information, but falls short when it comes to deeper comprehension. Organizational Drawings Concept maps, anchor charts, and sketch notes - students can tease out relationships between concepts and see the big picture more clearly. Summarizing Strategy - Clarify What's Important a summarizing strategy should help students discern the inherent structures in a text Summarizing Strategy - Familiarize students with multiple text structures Text Structures: 1) Description 2) Generalization 3) Argument 4) Definition 5) Comparison 6) Problem/Solution Description structures describe characteristics of a particular person, place, or thing. Generalization structures begin with a general statement like, "There are a wide variety of consequences for breaking federal rules regarding carry-on baggage on commercial airplanes."