Psychology 2024 Paper II 50 marks Construct

Q4

(a) What are the components of Vroom's theory of motivation ? How can it be used to increase the performance of workers ? 15 (b) Explain various psychological principles underlying effective teaching-learning process. Illustrate your answer with the help of suitable examples. 15 (c) How will you construct an achievement test in Arithmetics for the fifth standard ? 20

हिंदी में प्रश्न पढ़ें

(a) व्रूम के अभिप्रेरणा सिद्धांत के घटक क्या हैं ? कर्मियों के निष्पादन को बढ़ाने के लिए इस का उपयोग कैसे किया जा सकता है ? 15 (b) प्रभावी शिक्षण-अधिगम प्रक्रिया में अंतर्निहित विभिन्न मनोवैज्ञानिक सिद्धांतों की व्याख्या कीजिए । अपने उत्तर को समुचित उदाहरणों द्वारा स्पष्ट कीजिए । 15 (c) आप पांचवीं कक्षा के लिए अंकगणित में एक उपलब्धि परीक्षण कैसे निर्मित करेंगे ? 20

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Directive word: Construct

This question asks you to construct. The directive word signals the depth of analysis expected, the structure of your answer, and the weight of evidence you must bring.

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How this answer will be evaluated

Approach

The directive 'construct' in part (c) demands a systematic, step-by-step procedural answer for test construction, while parts (a) and (b) require 'explain' and 'illustrate'. Allocate approximately 30% time/words to part (a) on Vroom's theory, 30% to part (b) on teaching-learning principles with Indian classroom examples, and 40% to part (c) detailing the 8-10 systematic steps of achievement test construction including blueprint preparation, item writing, pilot testing, and standardization for Class 5 Arithmetic. Structure with clear sub-headings for each part, integrating theoretical depth with practical application throughout.

Key points expected

  • Part (a): Vroom's Expectancy Theory components—Valence (V), Instrumentality (I), Expectancy (E); Motivational Force = V × I × E; application to worker performance through job redesign, training, and reward systems
  • Part (b): Psychological principles—readiness, exercise, effect, primacy-recency, motivation, individual differences, meaningful learning, transfer of training; illustrated with Indian examples like NCERT curriculum or DIET classroom practices
  • Part (c): Achievement test construction steps—objective specification, content analysis, blueprint preparation, item writing (MCQ, short answer), item review, pilot testing, item analysis (difficulty, discrimination), reliability and validity establishment, norm development, final standardization
  • Part (c) specific: Table of specifications for Class 5 Arithmetic covering number systems, operations, fractions, decimals, geometry, and word problems with appropriate weightage
  • Integration across parts: Linking motivation theory (a) to learner engagement in teaching-learning (b) and test construction validity (c)

Evaluation rubric

DimensionWeightMax marksExcellentAveragePoor
Concept correctness20%10Accurately defines Vroom's three components with correct formula; precisely identifies 6-8 psychological principles with correct theoretical attribution; systematically outlines 8-10 test construction steps in proper sequence with technical accuracyIdentifies Vroom's components with minor errors; lists 4-5 principles with some confusion; describes 5-6 test steps with gaps in sequence or terminologyMisidentifies expectancy theory components, confuses principles with methods, or presents test construction as random item collection without systematic procedure
Theory & studies cited20%10Cites Vroom (1964) original work; references Thorndike's laws, Ausubel's meaningful learning, Gagne's conditions; mentions Indian studies like NCERT's NAS findings or Verma's classroom research; uses standardized test manuals like NIMHANS or CBSE achievement testsMentions Vroom without year; cites 2-3 principles with theorists; references general test construction guidelines without specific Indian sourcesNo theorist names or incorrect attributions; completely lacks empirical or Indian research references for any part
Application examples20%10For (a): specific Indian organizational applications like SAIL's performance-linked incentives or IT sector ESOPs; For (b): concrete NCERT/DIET classroom illustrations; For (c): detailed blueprint table with Class 5 Arithmetic content areas, item types, and marks distributionGeneric worker motivation examples; general classroom scenarios; basic test outline without detailed blueprintNo examples for any part, or purely theoretical treatment; test construction lacks Class 5 specificity
Multi-perspective analysis20%10Critically evaluates Vroom's theory limitations (cultural bias, measurement issues); compares with Porter-Lawler or Herzberg; contrasts behaviorist-cognitive constructivist approaches in teaching; discusses formative-summative assessment balance; integrates across parts showing motivation-test validity linkageBrief mention of one alternative theory; simple listing of principles without theoretical comparison; notes reliability-validity distinction without elaborationNo critical evaluation or comparison; purely descriptive treatment of all three parts in isolation
Conclusion & evaluation20%10Synthesizes how motivation theory informs both teaching design and valid assessment; proposes integrated framework for educational practice; acknowledges NEP 2020 implications for competency-based assessment; ends with forward-looking recommendationSummarizes main points separately for each part without synthesis; generic concluding statementNo conclusion or abrupt ending; missing part (c) which carries highest marks

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