How did E.L. Thorndike view intelligence in his 'Multi-factor Theory' of intelligence?
Detailed Explanation
📌 Core Theoretical Concept:
The 'Multi-factor Theory' of intelligence was proposed by the eminent American psychologist E.L. Thorndike. According to this theory, intelligence is not a single, monolithic capacity, nor is it based on just one or two general factors; rather, it is a collection or assemblage of numerous independent mental factors and abilities. Thorndike likened intelligence to a 'sand heap' (Sand Heap Theory), where each individual grain of sand represents a distinct, independent mental ability. Therefore, option (b) is the accurate choice as it defines intelligence as a collection of many independent factors working together during various cognitive tasks.
📊 Key Exam Points:
- Thorndike's Viewpoint: Intelligence consists of numerous distinct and independent elements that assist in tackling different problem-solving situations.
- Analysis of Option (a): The Single-factor theory was advocated by Binet, Terman, and Stern, which stands in direct contrast to Thorndike's view.
- Analysis of Option (c): The Two-factor theory comprising 'General (G)' and 'Specific (S)' factors was propounded by Charles Spearman.
- Alternative Name: This theory is also popularly known in educational psychology as the 'Atomistic Theory of Intelligence'.
📖 Theoretical Reference: Thorndike's multi-factor theory provides a foundational framework for understanding human cognitive diversity and individual differences in educational settings. For deeper insights, explore topics related to Theories of Intelligence and Thorndike's Connectionism.
🎯 Exam Perspective: Key Insights for Teacher Exams Detailed Solution ➔
Deep Pedagogical Analysis:
In competitive teaching exams such as CTET, UPTET, and various state TETs, questions frequently test the distinction between different intelligence models. Remembering that Thorndike championed the multi-factor (or sand-heap) approach helps differentiate it from Spearman's two-factor approach. For pedagogical application, educators must recognize that students possess diverse, independent sets of skills rather than a single unified intelligence quotient, guiding differentiated instruction in inclusive classrooms.