---
title: "Procedural Memory in Cognitive Psychology"
description: "Procedural memory is long-term memory for skills and habits, like typing or riding a bike, and it explains automatic performance in Cognitive Psychology."
canonical: "https://fiveable.me/cognitive-psychology/key-terms/procedural-memory"
type: "key-term"
subject: "Cognitive Psychology"
unit: "Unit 7"
---

# Procedural Memory in Cognitive Psychology

## Definition

Procedural memory is the long-term memory system for skills and habits you can do without conscious effort. In Cognitive Psychology, it explains how practice turns actions like typing or biking into automatic behavior.

## What It Is

Procedural memory is the part of long-term memory in Cognitive Psychology that stores how to do things. It covers skills and routines you can perform with little conscious effort, like riding a bike, typing, using a lock combination, or playing a piano piece you have practiced a lot.

This is different from remembering facts or events. When you know the steps of a task well enough to do it smoothly, you are leaning on procedural memory, not trying to recall a list of instructions one step at a time. That is why the performance can feel fast, smooth, and hard to explain in words.

A big idea in this topic is the shift from declarative knowledge to procedural knowledge. At first, you may rely on conscious recall, such as thinking through each move while learning to drive. After enough repetition, the task becomes more automatic. You still use attention when the task is new or tricky, but the skill gradually runs with less effort.

Cognitive Psychology often links procedural memory with the basal ganglia and the cerebellum because these brain systems support movement, sequencing, timing, and skill learning. That is why procedural memory shows up so clearly in motor learning, but it is not limited to sports or movement. Reading a keyboard, moving through a familiar lab routine, or following a practiced problem-solving method can all become procedural.

This memory system is also known for being resilient. People with amnesia may forget new facts or events but still be able to learn or keep certain skills. That pattern is a clue that memory is not one single system. Procedural memory can stay relatively intact even when other kinds of memory are damaged, which makes it especially useful in memory disorder cases.

## Why It Matters

Procedural memory matters because it gives you a way to explain why some skills survive even when recall is weak. In memory-disorder topics, that difference helps you separate problems with remembering facts from problems with doing well-practiced actions. A person with amnesia might not remember practicing a skill, yet still type, brush their teeth, or play a learned tune.

It also helps explain the learning curve in everyday cognitive tasks. Early practice is slow because you are still using conscious attention and declarative memory to guide behavior. Later, the same action becomes automatic, which frees up mental resources for harder tasks. That change shows up in class discussions about skill acquisition, habit formation, and the brain systems behind automaticity.

Procedural memory is a useful lens for reading case examples. If a scenario says someone cannot remember yesterday’s lecture but can still drive a familiar route, you are seeing a split between declarative and procedural systems. If a lab or written prompt describes improvement through repetition, procedural memory is often the right term to use.

## Connections

### declarative memory

Declarative memory is the direct contrast to procedural memory. It covers facts and events you can consciously recall and describe, while procedural memory covers skills you do rather than facts you state. In a scenario, declarative memory might explain remembering a phone number, while procedural memory explains dialing it quickly from habit.

### motor skills

Motor skills are one of the clearest places procedural memory shows up. As you practice a movement sequence, the action becomes smoother and less effortful, which is why a skill can feel automatic after repetition. Many classroom examples, like typing or riding a bike, are really examples of motor skills supported by procedural memory.

### amnesia

Amnesia is a common context for testing procedural memory because it shows how memory systems can be split apart. Someone with amnesia may have serious trouble forming new explicit memories but still keep some learned skills. That pattern is a classic clue that procedural memory is working even when other memory systems are impaired.

### [Anterograde Amnesia](/cognitive-psychology/key-terms/anterograde-amnesia)

Anterograde Amnesia often damages the ability to form new declarative memories after an injury or illness. Procedural memory can be less affected, so a person may fail to remember training sessions but still improve at a task through repetition. That contrast is a common way cognitive psychology distinguishes remembering events from learning skills.

## On the AP Exam

A quiz item or short-answer question may give you a scenario and ask which memory system is being used. If the person is performing a practiced skill without thinking through each step, procedural memory is usually the answer. You should be ready to explain why the behavior is automatic, repeated, and skill-based rather than fact-based.

In a case study, look for clues like typing faster over time, riding a bike after long practice, or still being able to complete familiar routines after memory loss. If the prompt compares someone who can describe what they learned but cannot do it yet, you are probably seeing declarative memory first and procedural memory later. A strong response names the memory type and points to the practice, habit, or automatic performance in the scenario.

## procedural memory vs declarative memory

These two are often confused because both are long-term memory. Declarative memory is for facts and events you can consciously report, while procedural memory is for skills and routines you can perform without thinking through them. If you can say it out loud, it leans declarative. If you can do it smoothly after practice, it leans procedural.

## Key Takeaways

- Procedural memory is long-term memory for skills, habits, and actions you can carry out automatically.
- It shows up when practice turns a slow, conscious task into something smoother and faster.
- This memory system is strongly connected to the basal ganglia and cerebellum in Cognitive Psychology.
- Procedural memory can remain intact even when declarative memory is damaged, which is why amnesia cases are so useful.
- If the question is about knowing how to do something rather than remembering a fact, procedural memory is usually the right term.

## FAQs

### What is procedural memory in Cognitive Psychology?

Procedural memory is the long-term memory system for skills and habits you can perform without consciously thinking through each step. It covers things like typing, driving, and other practiced routines. In Cognitive Psychology, it is used to explain automatic performance and skill learning.

### What is the difference between procedural memory and declarative memory?

Procedural memory is for doing, while declarative memory is for knowing and recalling facts or events. Declarative memory is conscious and verbal, but procedural memory is usually automatic and hard to put into words. A student might remember the steps of a task declaratively at first, then perform it procedurally after practice.

### What are examples of procedural memory?

Common examples include riding a bike, typing on a keyboard, swimming, driving a familiar route, and playing an instrument. These skills often become automatic after enough repetition. You usually notice procedural memory most when you can do the task fluently without stopping to think about every move.

### Why can someone with amnesia still use procedural memory?

Amnesia often damages explicit recall more than skill memory. That means a person may not remember learning something, but they can still keep or improve a practiced skill. This is one of the clearest signs that memory has separate systems rather than one single storage process.

## Related Study Guides

- [7.1 Types of Long-term Memory](/cognitive-psychology/unit-7/types-long-term-memory/study-guide/6VYK40knc6VNiKIc)
- [19.1 Memory Disorders](/cognitive-psychology/unit-19/memory-disorders/study-guide/CMPICnPxqvmyGVYr)

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