GDP and Welfare

First find net indirect taxes: ₹1,10,000 − ₹30,000 = ₹80,000. To obtain NVA𝒇𝒄 from GVAₘₚ, deduct both depreciation and net indirect taxes: ₹7,20,000 − ₹80,000 − ₹80,000 = ₹5,60,000. Thus option A is correct. Subsidies reduce the net indirect-tax burden rather than being deducted separately again.

The trader’s gross trading margin is sales minus the purchase price of goods: ₹9,25,000 − ₹7,80,000 = ₹1,45,000. Transport service and packing material are additional intermediate inputs costing ₹22,000 + ₹18,000 = ₹40,000. Therefore, GVA at market prices = ₹1,45,000 − ₹40,000 = ₹1,05,000, so option B is correct.

First calculate GDP at market price: GDPMP = C + I + G + (X − M) = 2,000 + 600 + 500 + (300 − 450) = ₹2,950. National income is NNP at factor cost, so subtract depreciation and net indirect tax and add NFIA: ₹2,950 − ₹200 − ₹250 + (−₹50) = ₹2,450. Hence option A is correct.

The service supplied by the domestic company to the foreign customer is a service export of ₹5 crore. The service purchased from the foreign company is a service import of ₹2 crore. Net service exports equal service exports minus service imports: ₹5 crore − ₹2 crore = ₹3 crore. The result is positive because receipts from services sold abroad exceed payments for services bought from abroad. In the expenditure identity, this balance contributes to net exports, X − M.

A product tax is a compulsory payment collected by the government on the sale or production of a good or service. It is not a payment made to labour, land, capital, or entrepreneurship as a reward for a current productive service. The income method focuses on factor incomes such as compensation of employees, operating surplus, and mixed income. Product taxes may affect the conversion between factor cost and market price, but they are not factor income themselves. Hence, option A is correct.

Domestic factor income is the sum of compensation of employees, operating surplus and mixed income. Compensation of employees includes wages of ₹800 crore plus employer social contributions of ₹100 crore. Adding rent ₹200 crore, interest ₹150 crore, profit ₹350 crore and mixed income ₹400 crore gives ₹800 + ₹100 + ₹200 + ₹150 + ₹350 + ₹400 = ₹2,000 crore.

The income method adds factor incomes generated by current production, such as wages, rent, interest, and profit. If an item is placed under more than one income head, double counting occurs; if it is placed under the wrong category or omitted, the total is misstated. Correct classification is therefore essential for a reliable national-income estimate. The other options are unrelated to accounting classification.

A performance bonus is paid because the employee has supplied labour services during the current accounting period and achieved specified work results. It is therefore an additional part of compensation of employees, just like a salary or wage incentive. It is not a gift, because it is connected with employment, and it is not a capital gain or the proceeds from selling a used good. Thus, option A is correct.

First calculate net factor income from abroad: NFIA = factor income from abroad − factor income paid abroad = ₹600 crore − ₹750 crore = −₹150 crore. Then apply GNP = GDP + NFIA. Thus, GNP = ₹10,000 crore − ₹150 crore = ₹9,850 crore. The negative NFIA occurs because payments to foreign factors exceed receipts from Indian factors abroad.

The production of the foreign company within India’s territory contributes to India’s GDP. However, the company’s profit belongs to foreign factors and is treated as factor income paid to abroad. Since GNP = GDP + NFIA, this payment reduces NFIA and therefore reduces GNP relative to GDP. It is not excluded from GDP, and it is not added only to NNP.

GNP is based on the income or production of a country’s normal residents, regardless of whether the activity occurs inside or outside the domestic territory. Hence, profit earned by an overseas branch of an Indian company is included in India’s GNP. It is not included in India’s GDP because GDP is restricted to production within India’s geographical territory.

Use the conversion formula NNPFC = GNPMP − depreciation − NIT. Substituting the given values gives 54,000 = 60,000 − 3,500 − NIT. Therefore, NIT = 60,000 − 3,500 − 54,000 = ₹2,500 crore. The depreciation figure itself is not NIT, and ₹6,000 crore is the total difference before separating depreciation from the market-price adjustment. Hence, option A is correct.

NNP is a monetary measure of net production, but welfare is broader than measured income. NNP may rise because production increases even when pollution, congestion, resource depletion, or unsafe working conditions worsen. It also does not show how income is distributed; most gains may go to a small group. Therefore, environmental quality and distribution must be considered before concluding that welfare has improved.

The correct basic relationship is NNP = GNP − depreciation. GNP is the gross national product, and depreciation measures the part of fixed capital used up during production. Subtracting it converts the gross national measure into a net national measure. Adding depreciation would move in the wrong direction, while the GDP-minus-imports and NDP-minus-tax expressions do not define NNP. Therefore, option A is correct.

NNP measures the net value of goods and services produced, but it does not show how that income is distributed among households. Two countries may have the same NNP while one has relatively equal distribution and the other has severe inequality. Welfare analysis therefore requires distribution and other non-market factors in addition to NNP.

Add depreciation to NNP_FC to obtain GNP_FC: 4,550 + 650 = 5,200 crore. National product equals domestic product plus NFIA, so GDP_FC = GNP_FC - NFIA. Therefore, GDP_FC = 5,200 - 150 = 5,050 crore. The positive NFIA is deducted when converting from national to domestic product.

The black economy includes unreported production, income, and transactions that are absent from official records. If these activities are not captured in NNP, measured national income will be lower than the actual income generated. Consequently, comparisons of living standards and welfare based only on NNP may be incomplete or misleading. NNP is therefore a useful indicator, but it does not fully measure welfare.

NNP records marketed production in monetary terms, but environmental damage such as polluted air, water contamination, biodiversity loss, and depletion of natural resources may not be fully deducted from it. Consequently, measured NNP can rise even while health, living conditions, and future productive capacity deteriorate. Therefore, NNP alone may overstate welfare and sustainability, so option A is correct.

Pollution-cleanup expenditure is counted as economic activity and can increase measured NNP. However, the expenditure may merely repair damage caused by pollution rather than provide an equivalent net improvement in people’s well-being. If the original environmental harm, health costs, and loss of amenities are not fully valued, higher NNP does not prove higher welfare. Thus, option A gives the necessary caution.

Total NNP_FC shows the aggregate income of normal residents, but it does not show how much income is available on average for each person. When populations differ, equal total NNP can imply very different average incomes and access to goods and services. Per capita NNP_FC, calculated as total NNP_FC divided by population, is therefore an important additional indicator, although welfare also depends on distribution and non-monetary factors.