KIAN ALI C. MARIN BEED GEN-2B
LAW OF LEARNING BY THORNDIKE
Edward Thorndike, a pioneer in educational psychology,
proposed three primary laws of learning that are fundamental
to understanding how individuals acquire knowledge. Here's a
breakdown of each law along with classroom examples:
1. Law of Readiness
This law emphasizes that learning occurs when a learner is
mentally and physically prepared. If a student is ready to
learn, they will engage more effectively; if not, learning may be
hindered.
Classroom Example: Before teaching a new math concept, a
teacher ensures students have mastered prerequisite skills. If
students are motivated and have the necessary background
knowledge, they are "ready" to learn the new material.
2. Law of Exercise
This principle states that practice strengthens the connection
between stimulus and response. Repetition and consistent
use of learned material enhance retention.
Classroom Example: A teacher assigns daily grammar
exercises to reinforce sentence structure rules. Over time,
students become proficient in applying these rules in their
writing.
3. Law of Effect
According to this law, behaviors followed by positive outcomes
are more likely to be repeated, while those followed by
negative outcomes are less likely to recur.
Classroom Example: A teacher praises students for correctly
solving problems, encouraging them to continue practicing.
Conversely, constructive feedback on errors helps students
learn without discouragement.
Thorndike's Law of Multiple Response suggests that when
faced with a problem, individuals will try different responses
until they find one that works. This trial-and-error process is
key to learning, as it allows learners to explore various
possibilities and adapt their behavior based on outcomes.
Classroom Example:
Imagine a science experiment where students are tasked with
building a circuit to light a bulb. Initially, they might connect
wires incorrectly or use the wrong components. Through
repeated attempts and adjustments, they eventually figure
out the correct configuration. This process of trying multiple
approaches helps them understand the principles of
electricity and circuits.
Thorndike's Law of Set or Attitude highlights the importance
of a learner's mindset or predisposition toward a task. It
suggests that individuals approach learning with a certain
mental "set" or attitude, which influences how they respond to
situations and stimuli. A positive attitude can enhance
learning, while a negative attitude may hinder it.
Classroom Example:
imagine a teacher encouraging students to adopt a growth
mindset before tackling challenging math problems. By
fostering a belief that effort leads to improvement, students
are more likely to persevere and engage actively with the task.
Conversely, if students approach the task with a fixed
mindset, believing they lack the ability to succeed, their
learning may be limited.
Thorndike's Law of Pre-potency of Elements suggests that
learners focus on the most significant or prominent elements
of a situation while ignoring less relevant details. This
selective attention helps individuals process information more
efficiently and make connections based on the most critical
aspects.
Classroom Example:
Imagine a teacher showing students a diagram of the water
cycle. Instead of overwhelming them with every detail, the
teacher emphasizes key elements like evaporation,
condensation, and precipitation. Students focus on these
main components, which helps them grasp the concept
without getting distracted by minor details.
Thorndike's Law of Response by Analogy suggests that
learners often respond to new situations based on their past
experiences with similar situations. This principle highlights
the importance of transferring knowledge and skills from one
context to another.
Classroom Example:
Imagine a teacher introducing a new type of math problem.
Students might approach solving it by drawing on strategies
they used for similar problems they've encountered before.
For instance, if they've learned how to solve linear equations,
they might apply the same methods to quadratic equations,
adapting their approach as needed.
Thorndike's Law of Associative Shifting explains that
learning can occur by gradually associating a new stimulus
with an existing response. Essentially, a learner can transfer
a response from one stimulus to another through a series of
small, incremental changes.
Classroom Example:
Imagine a teacher helping students learn new vocabulary.
Initially, the teacher shows a picture of a dog and says the
word "dog." Over time, the teacher removes the picture and
simply says the word "dog," prompting students to associate
the word with the concept of a dog without needing the visual
cue. This gradual shift helps students internalize the meaning
of the word.
References:
https://www.simplypsychology.org/edwardthorndike.html
https://www.structural-learning.com/post/thorndikestheory