Understanding Gagne's Cumulative Learning Hierarchy

Robert Gagne, in his 1968 work, proposed a theory of cumulative learning, which suggests that learning is hierarchical. This means that more complex types of learning build upon and require the mastery of simpler types of learning. He outlined eight types of learning, arranged in a hierarchy from simple to complex.

Gagne's Eight Types of Learning

Gagne's complete hierarchy includes the following eight levels:

1. Signal Learning
2. Stimulus-Response Learning
3. Chaining
4. Verbal Association
5. Multiple Discrimination
6. Concept Learning
7. Rule Learning
8. Problem Solving

According to Gagne, to learn at a higher level, a learner must have already mastered the levels below it. This makes learning cumulative.

Analyzing the Specific Learning Types in the Question

The question asks for the correct sequence among five specific types of learning from Gagne's hierarchy: Concept, Multiple Discrimination, Stimulus-Response, Rules, and Signal. Let's identify these types and their positions in the full hierarchy:

• E. Signal Learning: This is the first (lowest) level in the hierarchy.
• C. Stimulus-Response Learning: This is the second level.
• B. Multiple Discrimination: This is the fifth level.
• A. Concept Learning: This is the sixth level.
• D. Rules: This is the seventh level (Rule Learning).

We are asked for the sequence of these five types as they appear in Gagne's cumulative hierarchy, from simplest to most complex among the given options.

Determining the Correct Sequence

Based on their positions in Gagne's complete hierarchy, the relative order of these five types is:

1. Signal Learning (E) - Level 1
2. Stimulus-Response Learning (C) - Level 2
3. Multiple Discrimination (B) - Level 5
4. Concept Learning (A) - Level 6
5. Rule Learning (D) - Level 7

Therefore, the correct sequence of these specific types, according to Gagne's cumulative learning theory, is Signal, Stimulus-Response, Multiple Discrimination, Concept, and Rules. This corresponds to the sequence E, C, B, A, D.

Let's look at the options provided:

1. E, D, B, C, A
2. E, D, A, B, C
3. E, C, B, A, D
4. C, A, B, E, D

Comparing our determined sequence (E, C, B, A, D) with the options, we find that option 3 matches the correct order derived from Gagne's hierarchy.

Here is a table summarizing the relative order of the given learning types based on Gagne's hierarchy:

The sequence derived from this order is E > C > B > A > D, which is E, C, B, A, D.

Conclusion on Gagne's Learning Types

Gagne's model emphasizes that learning is a process with distinct phases and types, building complexity. The sequence E, C, B, A, D accurately reflects the ascending order of complexity for the given learning types within his cumulative learning hierarchy.

Revision Table: Gagne's Learning Hierarchy Key Points

Additional Information: Expanding on Gagne's Theory

While the question focuses on five specific types, understanding the full hierarchy provides a better context for Gagne's theory of cumulative learning. Here's a brief look at the other levels:

• Chaining: Connecting a sequence of two or more stimulus-response bonds. Example: Learning to tie shoelaces involves a chain of S-R actions.
• Verbal Association: Connecting a sequence of verbal units. Example: Learning the alphabet or a list of paired words.
• Problem Solving: Using rules and higher-order cognitive processes to solve novel problems. This is the highest level, requiring mastery of all preceding levels.

Gagne's theory has been influential in instructional design, suggesting that teaching should be structured to support learners through the different levels of the hierarchy, ensuring foundational skills are learned before moving to more complex tasks like concept learning or rule application.