Arrange the following operations in a sequential manner in order to calculate NNPfc: (A) GDPmp - Net Indirect Taxes (B) NDPfc + Net Factor Income from Abroad (C) GDPfc - Depreciation Choose the correct answer from the options given below:
A, C, B
The question asks us to arrange the given operations in the correct sequence to calculate Net National Product at Factor Cost (NNPfc), starting implicitly from Gross Domestic Product at Market Price (GDPmp).
To move between different national income aggregates, we use specific adjustments:
Let's look at the provided operations:
We need to find a sequence of these operations that starts with GDPmp (which is implied as the starting point for operation A) and ends with NNPfc.
Let's trace the path from GDPmp to NNPfc using the given operations:
The sequential application of the operations is therefore (A) followed by (C) followed by (B). This sequence successfully transforms GDPmp into NNPfc.
The correct sequence is A, C, B.
| Conversion | Adjustment | Example |
|---|---|---|
| Market Price → Factor Cost | Subtract Net Indirect Taxes | GDPmp - Net Indirect Taxes = GDPfc |
| Gross → Net | Subtract Depreciation | GDPfc - Depreciation = NDPfc |
| Domestic → National | Add Net Factor Income from Abroad | NDPfc + NFIA = NNPfc |
Understanding the components of these adjustments is crucial for national income accounting:
Match List-I with List-II:
| List-I | List-II |
|---|---|
| (A) ΔC/ΔY | (I) APS |
| (B) S/Y | (II) MPS |
| (C) ΔS/ΔY | (III) APC |
| (D) C/Y | (IV) MPC |
Choose the correct answer:
Central Pollution Control Board (CPCB) has identified ______ categories of large and medium industries as polluting industries.
Match List-I with List-II:
| List-I | List-II |
|---|---|
| (A) Ex-ante saving | (I) Actual Saving |
| (B) Ex-post consumption | (II) Planned Saving |
| (C) Ex-ante consumption | (III) Planned Consumption |
| (D) Ex-post saving | (IV) Actual Consumption |
Identify the Stock variable/variables:
A. Income
B. Output
C. Capital
D. Profits
E. Money Supply
A firm buys a machine for ₹55 lakhs. The expected life of the machine is ten years. The annual depreciation of the machine is: