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This deck focuses on Encoding Memories, giving you a quick way to review the definitions, rules, and examples that matter most for AP Psychology.
Study Encoding Memories in AP Psychology with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Which encoding method involves linking information with existing knowledge?
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Elaborative encoding. Connects new information to prior knowledge for deeper processing.
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This deck focuses on Encoding Memories, giving you a quick way to review the definitions, rules, and examples that matter most for AP Psychology.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Elaborative encoding. Connects new information to prior knowledge for deeper processing.
Answer: Self-reference effect. Information related to self is processed more deeply and remembered better.
Answer: Deeper levels of processing enhance memory encoding. Meaningful processing creates stronger memory traces than surface processing.
Answer: Encoding that requires attention and conscious effort. Intentional encoding that demands cognitive resources and focus.
Answer: Repetitive review of information to hold it in short-term memory. Simple repetition that maintains information without deep processing.
Answer: Improves recall by associating information with familiar concepts. Memory aids that create associations with familiar information.
Answer: Chunking. Groups information into meaningful units to improve memory capacity.
Answer: Storytelling mnemonics. Narrative structure provides meaningful connections between items.
Answer: Involved in organizing and integrating information during encoding. Executive control center that coordinates encoding processes.
Answer: Encoding information unconsciously without effort. Occurs without conscious awareness or intention.
Answer: Enhanced memory after retrieving information through testing. Active retrieval practice strengthens memory encoding pathways.
Answer: Elaborative encoding. Connects new information to prior knowledge for deeper processing.
Answer: Self-reference effect. Information related to self is processed more deeply and remembered better.
Answer: Acrostic mnemonics. Uses first letters to form sentences or phrases as memory aids.
Answer: Facilitates encoding by providing a framework for new information. Existing knowledge schemas help organize and integrate new information.
Answer: Reduces encoding efficiency due to divided attention. Split attention weakens encoding quality and memory formation.
Answer: Encoding is the process of converting information into a form for storage. First step in memory formation before storage and retrieval.
Answer: Consolidates and strengthens encoded memories. Sleep promotes memory consolidation and strengthens neural pathways.
Answer: Rehearsal. Repetition strengthens neural pathways through repeated activation.
Answer: The information-processing model. Computer analogy model with three sequential memory processes.
Answer: Distinct information is more easily encoded and recalled. Unique features make information more memorable and retrievable.
Answer: Hierarchical encoding. Organizes information in structured levels from general to specific.
Answer: Acronym mnemonics. Uses first letters of words to create memorable abbreviations.
Answer: Enhances encoding by activating the amygdala. Strong emotions create more vivid and lasting memories.
Answer: Acoustic encoding. Processes auditory information and sound patterns.
Answer: Peg-word system. Links items to numbered visual pegs for ordered recall.
Answer: Involved in organizing and integrating information during encoding. Executive control center that coordinates encoding processes.
Answer: Connecting new information to existing knowledge for deeper encoding. Creates meaningful associations that strengthen memory traces.
Answer: Deeper processing results in stronger encoding and recall. Semantic processing creates stronger memories than shallow processing.
Answer: Imagery. Visual mental pictures enhance memory through dual coding.
Answer: Peg-word system. Links items to numbered visual pegs for ordered recall.
Answer: Improves encoding by spacing out study sessions over time. Spacing prevents interference and strengthens memory consolidation.
Answer: Rehearsal. Repetition strengthens neural pathways through repeated activation.
Answer: Context provides cues that enhance encoding and retrieval. Environmental context serves as retrieval cues during recall.
Answer: Encoding that requires attention and conscious effort. Intentional encoding that demands cognitive resources and focus.
Answer: Encoding is the process of converting information into a form for storage. First step in memory formation before storage and retrieval.
Answer: Rhyming mnemonics. Uses sound patterns and rhythm to aid memory recall.
Answer: Improves encoding by spacing out study sessions over time. Spacing prevents interference and strengthens memory consolidation.
Answer: The method of loci. Spatial memory technique using familiar physical locations as cues.
Answer: Distinctive items are more easily encoded and remembered. Unusual or distinctive items stand out and are better remembered.
Answer: Reduces encoding efficiency due to divided attention. Split attention weakens encoding quality and memory formation.
Answer: Encoding is enhanced when learning is spaced over time. Distributed practice prevents forgetting and strengthens retention.
Answer: Storytelling mnemonics. Narrative structure provides meaningful connections between items.
Answer: Briefly retains sensory information for processing. Acts as temporary buffer before information moves to short-term memory.
Answer: Context provides cues that enhance encoding and retrieval. Environmental context serves as retrieval cues during recall.
Answer: Distinctive items are more easily encoded and remembered. Unusual or distinctive items stand out and are better remembered.
Answer: The method of loci. Spatial memory technique using familiar physical locations as cues.
Answer: The hippocampus. Essential brain region for forming new long-term memories.
Answer: Improves recall by associating information with familiar concepts. Memory aids that create associations with familiar information.
Answer: Rhyming mnemonics. Uses sound patterns and rhythm to aid memory recall.
Answer: Attention focuses cognitive resources on specific stimuli for encoding. Selective attention determines what information gets encoded into memory.
Answer: Categorical clustering. Groups related items together to improve organization and recall.
Answer: Enhanced memory after retrieving information through testing. Active retrieval practice strengthens memory encoding pathways.
Answer: The information-processing model. Computer analogy model with three sequential memory processes.
Answer: Encoding information unconsciously without effort. Occurs without conscious awareness or intention.
Answer: The hippocampus. Essential brain region for forming new long-term memories.
Answer: Temporary inability to retrieve information, though it is encoded. Shows that encoding and retrieval can be temporarily disconnected.
Answer: Imagery. Visual mental pictures enhance memory through dual coding.
Answer: Repetitive review of information to hold it in short-term memory. Simple repetition that maintains information without deep processing.
Answer: Consolidates and strengthens encoded memories. Sleep promotes memory consolidation and strengthens neural pathways.
Answer: Acoustic encoding. Processes auditory information and sound patterns.
Answer: Enhances encoding by activating the amygdala. Strong emotions create more vivid and lasting memories.
Answer: Semantic encoding. Focuses on word meaning rather than sound or appearance.
Answer: Acronym mnemonics. Uses first letters of words to create memorable abbreviations.
Answer: Attention focuses cognitive resources on specific stimuli for encoding. Selective attention determines what information gets encoded into memory.
Answer: Visual encoding. Processes images and spatial information for memory storage.
Answer: Acrostic mnemonics. Uses first letters to form sentences or phrases as memory aids.
Answer: Deeper processing results in stronger encoding and recall. Semantic processing creates stronger memories than shallow processing.
Answer: Visual encoding. Processes images and spatial information for memory storage.
Answer: Categorical clustering. Groups related items together to improve organization and recall.
Answer: Temporary inability to retrieve information, though it is encoded. Shows that encoding and retrieval can be temporarily disconnected.
Answer: Chunking. Groups information into meaningful units to improve memory capacity.
Answer: Connecting new information to existing knowledge for deeper encoding. Creates meaningful associations that strengthen memory traces.
Answer: Semantic encoding. Focuses on word meaning rather than sound or appearance.
Answer: Briefly retains sensory information for processing. Acts as temporary buffer before information moves to short-term memory.
Answer: Hierarchical encoding. Organizes information in structured levels from general to specific.
Answer: Distinct information is more easily encoded and recalled. Unique features make information more memorable and retrievable.
Answer: Deeper levels of processing enhance memory encoding. Meaningful processing creates stronger memory traces than surface processing.
Answer: Encoding is enhanced when learning is spaced over time. Distributed practice prevents forgetting and strengthens retention.
Answer: Facilitates encoding by providing a framework for new information. Existing knowledge schemas help organize and integrate new information.