5.13. Summary

Learning is any relatively permanent change in behaviour or behavioural potential produced by experience or practice. It is an inferred process and differs from performance which is the observed behaviour/response/action.

Learning refers to changes in behavior that occur as a result of experience. This change is not temporary; it lasts even when a person is not actively practicing that behavior. Performance, on the other hand, is simply what we see happening right now, which doesn’t necessarily show what someone has learned. For example, a student might learn something during lessons but perform poorly on a test if they haven't been able to apply or remember that knowledge during the test situation.

Think of learning to ride a bicycle. After practicing for a while, you learn how to balance and pedal smoothly. Even if you don’t ride for some time, you still remember how to do it, which shows that the learning has created a permanent change in your ability, not just a temporary skill.

The main types of learning are: classical and operant conditioning, observational learning, cognitive learning, verbal learning, and skill learning.

Learning can happen in various ways. Classical conditioning, for instance, involves forming associations between two stimuli (like Pavlov's dogs and the sound of a bell). Operant conditioning focuses on how consequences shape behavior (like receiving a reward for good grades). Observational learning occurs when individuals learn by watching others (like children mimicking adults). Cognitive learning emphasizes the mental processes involved in learning, while verbal learning focuses on language and words. Lastly, skill learning is about mastering tasks through practice.

Imagine a child who sees their parent bake a cake. The child learns by watching (observational learning), and later tries to bake a cake themselves. Meanwhile, if the child gets praised for helping (operant conditioning), they are more likely to want to help again in the future. In both cases, different types of learning are at play.

Pavlov first investigated classical conditioning in the course of studies on digestion in dogs. In this kind of learning an organism comes to associate stimuli. A neutral stimulus (CS) that signals an unconditioned stimulus (US) begins to produce a response (CR) that anticipates and prepares the organism for US.

Classical conditioning involves learning through association. Pavlov discovered that dogs would salivate not only when they saw food but also when they heard a bell that was previously paired with food. Here, the bell is a conditioned stimulus (CS) that triggers a conditioned response (CR), which is salivation, in anticipation of receiving food, the unconditioned stimulus (US). This shows how organisms can learn to respond to new stimuli based on their experiences.

Think about how you might feel hungry when you hear the sound of a microwave beeping, even if you haven't seen any food. If you frequently microwave your meals, your brain associates the sound with getting food, resulting in that feeling of hunger as a conditioned response.

Skinner first investigated operant or instrumental conditioning (OC). An operant is any response voluntarily emitted by an organism. OC is a type of learning in which response is strengthened if followed by reinforcement. A reinforcer can be any event that increases the frequency of preceding response. Thus, the consequence of a response is crucial. The rate of OC is influenced by the type, number, schedule, and delay of reinforcement.

Operant conditioning focuses on how behaviors are influenced by their consequences. If a behavior is rewarded, it’s more likely to be repeated. Skinner showed this using animals in ‘Skinner boxes’. For example, if a rat presses a lever and receives food, it learns to press the lever more often. However, various factors like how often the rat is rewarded (schedule of reinforcement) can affect how quickly or effectively the behavior is learned.

Consider a student who studies hard for a test and receives compliments and good grades. The positive reinforcement (compliments, good grades) encourages the student to keep studying hard. Conversely, if studying is met with indifference, the student might stop putting in effort.

Observational learning is also known as imitation, modeling and social learning. We acquire knowledge by observing a model’s behaviour. The performance depends on whether the model’s behaviour is rewarded or punished.

Observational learning occurs when we gain skills or knowledge through watching others. This type of learning highlights the importance of role models and the consequences of their actions. For instance, children watching a parent may imitate the parent's actions, influenced by seeing praise or punishment for those actions. The key here is that observing the consequences affects whether they decide to replicate that behavior.

Imagine a child who sees their parent helping others in the community and receiving gratitude in return. The child is likely to mimic that helpful behavior, motivated by the observed positive outcomes (being thanked) they associate with their parent’s actions.

In verbal learning words get associated with one another on the basis of structural, phonetic, and semantic similarity and contrast. They are often organised in clusters. In experimental studies, paired-associates learning, serial learning, and free recall methods are used. Meaningfulness of material, and subjective organisation influence learning. It may be incidental also.

Verbal learning focuses on how individuals acquire language-related knowledge. This can include how certain words associate or cluster based on definitions, sound, or context. Methods such as paired-associates learning involve linking two words, while serial learning requires recalling words in order. This type of learning highlights how familiarity and meaningful associations can enhance retention.

For example, if you are learning a new language, you might group related words together (like all the fruit names: apple, banana, orange). When recalling them, you might remember them better because you have mentally organized them into a list. Similarly, learning can happen without direct intention, such as picking up new vocabulary while watching a movie.

Skill refers to the ability to carry out complex tasks smoothly and efficiently. They are learned by practice and exercise. The skilled performance is the organisation of S-R chain into large response patterns. It passes through cognitive, associative, and autonomous phases.

Learning a skill involves several phases. Initially, in the cognitive phase, learners understand the task's goals and instructions. As they practice, they transition to the associative phase, where they refine their techniques and response times. Finally, in the autonomous phase, the skill becomes automatic, requiring little conscious effort. This progression highlights how consistent practice is critical to mastering complex tasks.

Think about learning to play a musical instrument. In the beginning, you need to learn notes and finger positions (cognitive phase), then you start playing simple songs and making adjustments (associative phase). Eventually, you can play music fluidly without thinking about every note (autonomous phase), similar to how you ride a bike without actively focusing on balancing.

Factors facilitating learning include motivation and preparedness of the organism.

Several factors can enhance or facilitate the learning process. Motivation plays a key role; a motivated learner is more likely to engage in and persist with learning tasks. Additionally, preparedness refers to how well-suited an organism is for learning specific types of tasks based on their biological or psychological characteristics. This means some individuals may find certain types of learning easier than others due to their unique abilities.

For instance, a student who loves music will be more motivated to practice an instrument compared to a student who is less interested. Similarly, a child might find learning to swim easier if they are naturally comfortable in the water (preparedness) compared to one who is fearful of it.

Learning disabilities (e.g., reading, writing) restrict learning in people. They are hyperactive, lack sense of time, and eye-hand coordination, etc.

Learning disabilities encompass various conditions that make it hard for individuals to learn in a typical manner, despite having average or above-average intelligence. These disabilities can manifest as difficulties in areas such as reading, writing, or basic understanding of concepts. It’s essential to recognize that these challenges are often not a reflection of a person's overall intelligence or ability but rather specific areas of difficulty that can be addressed with appropriate support.

Consider a child with dyslexia, who may struggle to read despite being smart and hard-working. Even with effort, reading can be unclear and frustrating, which calls for specialized teaching methods to help them succeed, such as using different tools, visuals, or multi-sensory learning approaches.

--