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).

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

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).

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

Solved: Discuss the theory of classical conditioning (10…

Calculate the total man-days required to reap 3 acres.
$3 \text{ men} \times 3 \text{ days} = 9 \text{ man-days}$
Find man-days per acre.
$\frac{9 \text{ man-days}}{3 \text{ acres}} = 3 \text{ man-days per acre}$
Calculate man-days required for 9 acres.
$9 \text{ acres} \times 3 \text{ man-days per acre} = 27 \text{ man-days}$
Find days required for 9 men.
$\frac{27 \text{ man-days}}{9 \text{ men}} = 3 \text{ days}$
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).

Answer

Step-by-step solution

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

Find man-days per acre.

Calculate man-days required for 9 acres.

Find days required for 9 men.

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