In the Two-Store Model of memory, what is the term for the unlimited cognitive storage system for retaining crucial information?

In the Two-Store Model of memory, what is the term for the unlimited cognitive storage system for retaining crucial information?

• A. Short-Term Memory
• B. Long-Term Memory
• C. Episodic Memory
• D. Semantic Memory

Answer: (B)

In the Two-Store Model of memory, the term that refers to the unlimited cognitive storage system for retaining crucial information is Long-Term Memory. This system allows individuals to store information over extended periods, potentially for a lifetime. Long-term memory encompasses a vast range of knowledge, including facts, experiences, and skills. Long-term memory is distinct from short-term memory, which has a limited capacity and duration, typically only retaining information for seconds to minutes. The other options, episodic memory and semantic memory, are specific types of long-term memory. Episodic memory pertains to personal experiences and events, while semantic memory involves facts and general knowledge about the world. However, the overarching term for the broader and more comprehensive storage system is Long-Term Memory.

In the Two-Store Model of memory, the term that refers to the unlimited cognitive storage system for retaining crucial information is Long-Term Memory. This system allows individuals to store information over extended periods, potentially for a lifetime. Long-term memory encompasses a vast range of knowledge, including facts, experiences, and skills.

Long-term memory is distinct from short-term memory, which has a limited capacity and duration, typically only retaining information for seconds to minutes. The other options, episodic memory and semantic memory, are specific types of long-term memory. Episodic memory pertains to personal experiences and events, while semantic memory involves facts and general knowledge about the world. However, the overarching term for the broader and more comprehensive storage system is Long-Term Memory.