Discuss the theory of classical conditioning (10 marks) and the theory of operant conditioning (10 marks). Discuss how the two theories can be applied in a life of learners (20 marks).

Psychology
Discuss the theory of classical conditioning (10 marks) and the theory of operant conditioning (10 marks). Discuss how the two theories can be applied in a life of learners (20 marks).

ScanSolve AI Answer

Answer

3

Step 1: Calculate the total man-days required to reap 3 acres.

3men×3days=9mandays3 men \times 3 days = 9 man-days

Step 2: Find man-days per acre.

9mandays3acres=3mandaysperacre\frac{9 man-days}{3 acres} = 3 man-days per acre

Step 3: Calculate man-days required for 9 acres.

9acres×3mandaysperacre=27mandays9 acres \times 3 man-days per acre = 27 man-days

Step 4: Find days required for 9 men.

27mandays9men=3days\frac{27 man-days}{9 men} = 3 days

3 days
3

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Quick Answer
  1. 3 men × 3 days = 9 man-days Step 2: Find man-days per acre.
  2. 9 man-days3 acres = 3 man-days per acre Step 3: Calculate man-days required for 9 acres.
  3. 9 acres × 3 man-days per acre = 27 man-days Step 4: Find days required for 9 men.
  4. 27 man-days9 men = 3 days 3 days 3.
Discuss the theory of classical conditioning (10 marks) and the theory of operant conditioning (10 marks). Discuss how the two theories can be applied in a life of learners (20 marks).
Psychology

This psychology problem is solved step by step below, with detailed explanations to help you understand the method and arrive at the correct answer.

ScanSolve AI Answer
Step 1: Calculate the total man-days required to reap 3 acres. 3 men × 3 days = 9 man-days Step 2: Find man-days per acre. 9 man-days3 acres = 3 man-days per acre Step 3: Calculate man-days required for 9 acres. 9 acres × 3 man-days per acre = 27 man-days Step 4: Find days required for 9 men. 27 man-days9 men = 3 days 3 days 3