Aggregates related to national income - NNP

The relationship is NNP₍FC₎ = NDP₍FC₎ + NFIA, where NFIA means net factor income from abroad. If NNP₍FC₎ is lower than NDP₍FC₎, NFIA must be negative. A negative NFIA means factor-income payments made to the rest of the world exceed factor-income receipts received from abroad. Therefore, the indicated flow is net factor payment to abroad. This is a national-versus-domestic distinction, not a price-basis adjustment.

Use the identity NNP₍FC₎ = NDP₍FC₎ + NFIA. Rearranging gives NFIA = NNP₍FC₎ − NDP₍FC₎ = 1,320 − 1,400 = −₹80 crore. The negative sign is economically important: residents’ factor-income payments to the rest of the world exceed factor-income receipts from abroad by ₹80 crore. Hence option A is correct; option B incorrectly changes the sign and meaning.

Option A is incorrect because market-price to factor-cost conversion is a price-basis conversion. It uses net indirect taxes: factor cost equals market price minus net indirect taxes. NFIA is used for domestic-to-national conversion, not for market-price-to-factor-cost conversion. The other pairs are correct: depreciation changes gross into net, NFIA changes domestic into national, and adding net indirect taxes changes factor cost into market price.

Use NNP₍MP₎ = GDP₍MP₎ + NFIA − depreciation. If GDP is unchanged, NFIA increases by ₹x, and depreciation also increases by ₹x, the positive and negative changes cancel: +₹x − ₹x = 0. Consequently, NNP₍MP₎ can remain unchanged. The word “same amount” is essential; if the two changes were unequal, NNP would rise or fall according to the larger change.

NNP measures the net value of final goods and services produced by the normal residents of a country after deducting depreciation. However, it is an aggregate monetary measure. It does not reveal how income is distributed, and it may ignore non-market services, leisure, environmental quality, and other social factors. Therefore, NNP alone cannot perfectly measure welfare.

A rise in NNP indicates an increase in measured net production, but it does not automatically mean that people are better off. Heavy pollution is a negative externality that can reduce health, comfort, productivity, and environmental quality. If its social cost is not fully deducted from NNP, welfare may remain unchanged or even decline despite economic growth.

NNP at factor cost represents the net factor income earned by the normal residents of an economy, valued at factor payments. It is an aggregate figure and does not show the shares received by different households or groups. Consequently, a high NNPFC may coexist with serious inequality, so average or aggregate income cannot by itself establish equal welfare.

A final consumer good is purchased for final use, so its market value represents the value of the completed current output. The value of intermediate raw materials is already embodied in that final product and must not be added separately. Adding both would count the same production more than once. Resale of an old asset is not wholly current production.

Brokerage paid to an agent for arranging or completing the sale of old shares is remuneration for a financial service provided during the current accounting period. The old shares themselves are existing financial assets, so their sale does not represent current production. However, the newly provided brokerage service is current output and can be included as service income.

Market prices include net indirect taxes, where net indirect taxes equal indirect taxes minus subsidies. To convert NNP at market price into NNP at factor cost, net indirect taxes are subtracted: NNPFC = NNPMP − net indirect taxes. Subtracting only gross indirect taxes would be incorrect because subsidies reduce the effective tax burden reflected in market prices.

Option A is correct because NDP is already a net aggregate: depreciation has already been deducted from GDP. Therefore, while converting NDP₍MP₎ to NNP₍FC₎, depreciation must not be deducted again. The required adjustments are to add NFIA for domestic-to-national conversion and subtract NIT for market-price-to-factor-cost conversion. A second deduction would understate NNP.

To convert NNP₍MP₎ into NDP₍FC₎, first move from national to domestic by subtracting NFIA, and then move from market price to factor cost by subtracting NIT. Thus, NDP₍FC₎ = NNP₍MP₎ − NFIA − NIT = 1,600 − (−40) − 90 = 1,550 crore. Subtracting negative NFIA adds ₹40 crore, so option A is correct.

The conversion formula is NNP₍FC₎ = NDP₍FC₎ + NFIA. Here NFIA is negative, so NNP₍FC₎ = 6,800 + (−240) = ₹6,560 crore. A negative NFIA means factor income paid to the rest of the world exceeds factor income received from abroad, reducing the national aggregate relative to the domestic aggregate. Therefore, option B is correct.

Use the conversion formula NNP₍FC₎ = GDP₍FC₎ + NFIA − depreciation. Substitution gives 7,500 + 180 − 620 = ₹7,060 crore. NFIA is added because the aggregate changes from domestic to national, while depreciation is deducted because it changes from gross to net. Thus, option C is correct; option B ignores NFIA.

Starting from NNP₍FC₎, add depreciation to change net into gross. Deduct NFIA to change national into domestic, and add NIT to change factor cost into market price. Therefore, GDP₍MP₎ = NNP₍FC₎ + depreciation − NFIA + NIT. Option A lists exactly these three adjustments and is correct.

To convert NNP₍FC₎ into GDP₍MP₎, use GDP₍MP₎ = NNP₍FC₎ + depreciation − NFIA + NIT. Substituting the values gives 7,200 + 800 − 300 + 450 = ₹8,150 crore. Depreciation makes the net measure gross, NFIA changes national to domestic, and NIT changes factor cost to market price. Hence, option A is correct.

To convert GNP at market price into NNP at factor cost, two adjustments are required. Depreciation is deducted because gross must become net, and net indirect taxes are deducted because market price must become factor cost. NFIA is not involved because GNP is already a national aggregate. Therefore, option A is correct.

To move from NNP at factor cost to NNP at market price, add net indirect taxes: NNPMP = NNPFC + NIT = 7,900 + 350 = ₹8,250 crore. Since GNPMP is obtained by adding depreciation to NNPMP, depreciation = 8,800 − 8,250 = ₹550 crore. Therefore, option A is correct.

First convert the net aggregate into a gross aggregate by adding depreciation: GNPMP = NNPMP + depreciation = 6,400 + 780 = ₹7,180 crore. Then convert market price to factor cost by subtracting net indirect taxes: GNPFC = 7,180 − 430 = ₹6,750 crore. Hence option A is correct.

Use the identity NNP_FC = NDP_MP + NFIA − NIT. For NNP_FC to be lower than NDP_MP, the adjustment NFIA − NIT must be negative. This can occur when NFIA is low or negative while NIT is positive and sufficiently large. A positive NFIA or negative NIT generally raises NNP_FC, so options B and C do not support the stated comparison; D is insufficient.

Because NDP and NNP are both net measures, depreciation is not involved. The relevant conversion is NNP_FC = NDP_MP + NFIA − NIT. Substituting the values gives ₹5,900 + (−₹180) − ₹420 = ₹5,900 − ₹180 − ₹420 = ₹5,300 crore. Therefore option A is correct. Options B and D add adjustments incorrectly, while C omits the NIT deduction.

Normal depreciation generally reflects the gradual physical use or wearing out of capital goods. Obsolescence is different: new technology, changing demand, or improved products can make an existing machine economically less valuable even when it still physically works. This loss is relevant to capital consumption and net measures, so A is correct.

Factor income is earned as a reward for providing a factor of production such as labour, land, capital, or entrepreneurship. Windfall gains arise unexpectedly from events such as lottery winnings, sudden asset-price changes, or exceptional luck. They are not generated by a current productive service, so including them would overstate income from current production. Therefore, windfall gains are excluded from NNP.

The income method obtains national income by adding factor incomes such as compensation of employees, operating surplus, and mixed income. Indirect taxes are payments to the government and are not returns to factors of production. They are used in the conversion between market price and factor cost: factor cost equals market price minus net indirect taxes. Hence, adding them directly to NNP_FC would be conceptually incorrect and could cause double counting.

Mixed income is the income of self-employed persons, such as small shopkeepers, farmers, and independent professionals. Such persons provide their own labour and also use their own capital or entrepreneurial ability. In many cases, it is impossible to separate the payment for their labour from the return to their enterprise and capital. Therefore, the combined amount is recorded as mixed income in the income method.