Aggregates related to national income - NDP

The conversion rule is NDP at factor cost = NDP at market price − net indirect taxes, because market prices include net indirect taxes while factor cost represents payments to factors of production. Substitution gives NDPFC = 2100 − 140 = 1960 crore rupees. Adding the taxes would move in the wrong direction, and making no adjustment would retain market price. Therefore, option C is correct.

First calculate net indirect taxes: indirect taxes − subsidies = 120 − 30 = 90 crore rupees. The conversion formula is NDP at market price = NDP at factor cost + net indirect taxes. Thus, NDPMP = 1650 + 90 = 1740 crore rupees. Option C adds gross taxes without deducting subsidies, whereas the other options use an incorrect sign or calculation. Hence option A is correct.

This is a two-step conversion. First remove depreciation to obtain NDP at market price: 3200 − 200 = 3000 crore rupees. Then remove net indirect taxes to convert market price to factor cost: 3000 − 150 = 2850 crore rupees. Option C stops after the first step, while the other values use incorrect additions or deductions. Therefore, option A is correct.

The relationship is NDP at factor cost = NNP at factor cost − net factor income from abroad. Substituting the values gives 1900 − (−50) = 1900 + 50 = 1950 crore rupees. Because NFIA is negative, domestic product is greater than national product by 50 crore rupees.

Two adjustments are required. First convert gross national product into net national product by subtracting depreciation: NNPMP = 4000 − 250 = 3750 crore rupees. Then convert national to domestic by subtracting NFIA: NDPMP = 3750 − 80 = 3670 crore rupees. Thus, option A is correct.

Domestic product is defined by the location of production, not by the nationality of the owners or the destination of profits. Therefore, the entire value of output produced by the foreign company within India’s domestic territory is included in India’s GDP and, after deducting depreciation, in India’s NDP. Sending profits abroad affects national income through net factor income from abroad, not domestic product.

NDP follows the domestic concept: it includes net production generated within the domestic territory during the accounting period. Production by an Indian company located abroad occurs outside India’s domestic boundary, so it is not included in India’s NDP. The ownership or nationality of the company does not change the geographical basis of domestic product; such production may be relevant to national aggregates through factor-income adjustments.

Net factor income from abroad (NFIA) is calculated as factor income received from abroad minus factor income paid to foreign residents. Here, NFIA = ₹120 crore − ₹170 crore = −₹50 crore. The negative result means that residents pay ₹50 crore more factor income to foreigners than they receive from abroad. NFIA is used to convert a domestic aggregate into the corresponding national aggregate.

When both aggregates are measured on the same basis, net national product is obtained by adding net factor income from abroad to net domestic product: NNP = NDP + NFIA. Therefore, NNP = ₹2,600 crore + (−₹50 crore) = ₹2,550 crore. Since NFIA is negative, the income earned by foreigners from the domestic economy exceeds the income received by residents from abroad, making NNP lower than NDP.

Compensation of employees includes payments and benefits received by workers in return for their productive labour, including certain employers’ social contributions made on behalf of employees. A gain from selling an old car is a capital gain, while a scholarship and a lottery prize are transfer or non-factor receipts rather than payments for current productive services. Therefore, option B is correct.

An owner-occupied house provides a current housing service even though no rent is actually paid to another person. National-income accounting assigns an imputed rent to this service, estimated from comparable rented houses. Including it prevents the output measure from treating rented housing as production while ignoring an equivalent service consumed by owner-occupiers. The house itself is not counted again as current output unless newly produced.

Wheat produced during the current accounting period and retained by the farmer for household consumption is still a final good. It has satisfied a final use rather than being sold as an intermediate input to another producer. Since there is no market transaction, statisticians assign an imputed value, usually based on the relevant market price, and include that value in domestic product. Lack of sale does not make current production disappear.

A capital gain is an increase in the market value of an existing asset, such as land, caused by a price change rather than by newly produced goods or services. The gain may increase the owner’s wealth, but it does not represent current production during the accounting period. Therefore, the rise in land price is excluded from NDP. In contrast, a newly produced machine, employee service, and current housing service are included as current output or service.

The second-hand car was produced in an earlier period, so its full selling price is not counted again in current domestic production. Counting the 8 lakh rupees again would create double counting. However, the broker supplies a current brokerage service, and the 20,000-rupee commission is payment for that service. Thus, only 20,000 rupees is included in current production, provided the brokerage is a domestically produced service.

An allowance paid to an unemployed person without receiving a current productive service is a transfer payment. It redistributes purchasing power from the government to the recipient, but it does not represent payment for newly produced goods or services. NDP measures current domestic production, so the 5,000 rupees is not directly added to NDP. The recipient may later spend the allowance, and the goods or services purchased may then be counted when produced.

A school teacher provides a current educational service to students and the community. The salary of 60,000 rupees is therefore factor income paid in return for productive labour. Government production is not excluded merely because the government provides or finances the service; the value of public services is estimated through the compensation paid to employees. The salary is consequently included in domestic product, whereas a transfer payment would involve no current service in return.

NDP at current prices is a nominal measure, so its growth reflects both changes in prices and changes in real output. For a simple school-level approximation, real output growth is estimated as nominal NDP growth minus the price increase: 12 percent − 7 percent = approximately 5 percent. The exact rate would require a price index and division of nominal values by the index, but among the given choices, about 5 percent is correct.

Real per capita NDP equals real NDP divided by population. For a simple approximate growth calculation, per capita growth is found by subtracting population growth from real NDP growth: 4 percent − 1.5 percent = 2.5 percent. The exact calculation uses the ratio of the two growth factors, namely 1.04 divided by 1.015 minus 1, which is close to 2.46 percent. Therefore, 2.5 percent is the appropriate approximate answer.

Nominal NDP is measured using current prices and current quantities, whereas real NDP removes the effect of price changes by valuing output at constant or base-period prices. If prices rise sharply, the price increase can make the nominal value larger even when the physical volume of production declines. Real NDP would then fall because it reflects the lower quantity of output. Thus, inflation can mask a fall in real production in the nominal measure.

The relationship is NDP at market price = NDP at factor cost + net indirect taxes. Therefore, if the two versions of NDP are equal, net indirect taxes must be zero. This means indirect taxes and subsidies are equal in amount, so their net effect on the market-price valuation is nil. Depreciation, foreign factor income, and gross investment are separate concepts and cannot be inferred from this equality.

The relation between these aggregates is NNP at factor cost = NDP at factor cost + net factor income from abroad. Thus, when NNP and NDP are equal on the same valuation basis, net factor income from abroad must be zero. This does not imply zero depreciation, zero net indirect taxes, or zero net investment; those affect other comparisons and aggregates.

GDP is a gross measure, whereas NDP is obtained after deducting consumption of fixed capital, commonly called depreciation: NDP = GDP − depreciation. Therefore, equality between GDP and NDP implies that depreciation is zero for the period considered. It does not imply zero taxes, zero foreign factor income, or zero investment, because those are different components.

NDP is calculated as GDP or gross domestic output minus depreciation: NDP = GDP − consumption of fixed capital. If depreciation increases rapidly while gross output grows slowly, the deduction becomes larger relative to output. Consequently, the growth of NDP can slow substantially or even become negative, although gross output itself may still be rising.

Real per capita NDP equals total real NDP divided by population. For a simple growth-rate comparison, per capita growth is approximately output growth minus population growth: 6% − 8% = −2%. Thus, real NDP per person falls by about 2%. Option B incorrectly adds the rates, while C and D ignore the faster population growth.

The conversion from market price to factor cost requires subtracting net indirect taxes. Net indirect taxes equal indirect taxes minus subsidies: 400 − 150 = 250 crore rupees. Therefore, NDP at factor cost = 5000 − 250 = 4750 crore rupees. Adding the net tax gives the wrong direction, and subtracting gross tax ignores subsidies.