Brain-based learning proposes what about instructional design?

• A. It Proposes That Knowledge About How The Brain Retains Information Can Guide The Design Of Learning Environments
• B. It Suggests Rote Memorization Is The Only Path To Learning
• C. It Recommends Ignoring Neuroscience When Planning Instruction
• D. It Encourages Identical Teaching For All Students Without Differentiation

Answer: (A)

Brain-based learning uses what we know about how the brain retains information to guide how classrooms are designed. It rests on the idea that memory strengthens when learning is meaningful, connected to prior knowledge, and supported by attention, emotion, and practice that’s spaced over time. So instructional design should organize content to reduce cognitive load, chunk material into manageable steps, incorporate retrieval practice, use multiple modalities to represent ideas, and provide clear goals along with timely feedback in a safe, engaging environment. It also supports differentiation and active learning, recognizing that different students bring different brains and experiences to the classroom. Rote memorization doesn’t align with how the brain encodes and retrieves knowledge; ignoring neuroscience ignores valuable evidence about effective learning; and treating all students the same overlooks individual differences in how learners process information.