Aggregates related to national income - NDP

Current-price national income can rise merely because prices have increased. Valuing output at constant prices holds the price base fixed and therefore gives a better indication of the change in the actual quantity of goods and services produced. It makes comparisons across years more meaningful.

Gross domestic product measures domestic production before deducting the capital used up in producing it. When depreciation, also called consumption of fixed capital, is subtracted from GDP, the result is net domestic product: NDP = GDP − depreciation. GNP measures production by normal residents and personal or private income require additional income-distribution and transfer adjustments, so they are not obtained by this single subtraction.

The term gross includes depreciation, while net excludes it. Therefore, Net Domestic Product (NDP) = Gross Domestic Product (GDP) − Depreciation. Deducting depreciation does not change the domestic boundary into a national boundary, so the result is not GNP. National income and personal income require additional adjustments, making NDP the correct answer.

Net domestic product is calculated from GDP by deducting depreciation: NDP = GDP − Depreciation. Therefore, NDP = 1000 − 100 = 900. Net factor income from abroad is used when converting a domestic measure into a national measure, such as GDP to GNP; it is not needed for NDP. Thus, 940 and 1040 incorrectly include that extra information.

Net Domestic Product is obtained by deducting depreciation, or consumption of fixed capital, from Gross Domestic Product: NDP = GDP − Depreciation. If depreciation is ignored, the deduction is not made, so the reported NDP remains artificially close to GDP and is overstated. Ignoring depreciation does not make NDP zero and does not eliminate GDP.

The distinction between gross and net measures depends on depreciation. Subtracting consumption of fixed capital from GDP changes the measure from gross domestic product to net domestic product. Because no adjustment for net indirect taxes has been made, the valuation remains at market prices. Because no NFIA has been added, it remains domestic rather than national. Therefore the result is NDPMP.

The movement from a gross measure to a net measure requires deduction of depreciation, also called consumption of fixed capital. Therefore, NDP_MP = GDP_MP − depreciation. Net indirect taxes are used to change between market price and factor cost, while NFIA is used to change a domestic aggregate into a national aggregate; neither is required here.

To convert GDP at market price into NDP at factor cost, first subtract depreciation to remove the consumption of fixed capital and obtain NDP at market price. Then subtract net indirect taxes to change market prices into factor cost. Thus, NDP₍FC₎ = GDP₍MP₎ − depreciation − NIT = 8,000 − 900 − 700 = ₹6,400 crore. Therefore, option A is correct.

The word gross includes the value of capital consumed during production, while net excludes that consumption. Therefore, to obtain net domestic product at market price, depreciation must be deducted from GDP at market price. NDP at market price = GDP at market price − depreciation = ₹12,500 crore − ₹1,100 crore = ₹11,400 crore. Hence option A is correct.

GDP is Gross Domestic Product, the value of final goods and services produced within a country’s domestic territory before deducting depreciation. NDP is Net Domestic Product and is calculated as GDP minus consumption of fixed capital, commonly called depreciation. Therefore, depreciation is the factor that changes a gross domestic measure into a net domestic measure. NFIA is used to relate GDP to GNP, not GDP to NDP.

To convert NDP at market price into NDP at factor cost, subtract net indirect taxes because market prices include indirect taxes after allowing for subsidies. The formula is NDP at factor cost = NDP at market price − net indirect taxes. Thus, ₹700 crore − ₹50 crore = ₹650 crore, so option D is correct.

Profit generated by a company within the domestic territory is a return to entrepreneurship and is therefore a factor income. NDP at factor cost measures the income paid to factors of production after allowing for depreciation. The company’s ownership or nationality does not change the domestic character of production within the territory.

The relationship is NDP at factor cost = NDP at market price − net indirect taxes. Substituting the values gives NDPFC = 1000 − (−40) = 1000 + 40 = 1040 crore rupees. Because net indirect taxes are negative, they represent a subsidy exceeding indirect taxes; subtracting this negative amount increases the factor-cost measure. Hence, option C is correct.

Illegal activities may generate economic value, but they are hidden from official authorities and are not reliably reported. As a result, statisticians generally cannot obtain complete, verifiable information about their output, income, and transactions. Official NDP estimates therefore usually exclude them or fail to capture them fully, making option D correct.

Intermediate goods are used as inputs in producing final goods. Their value is already included in the price of the final product. If intermediate goods are added separately as well, the same production value is counted more than once, causing double counting and overstating NDP. National accounting therefore includes only final goods or the value added at each production stage.

The relationship is NDP at factor cost = NDP at market price − net indirect taxes. If net indirect taxes are negative, subtracting them is equivalent to adding their absolute value. Consequently, NDP at factor cost becomes higher than NDP at market price. This occurs because subsidies exceed indirect taxes.

Domestic product is determined by the location of production, not by the nationality or ownership of the producer. Since the factory operates within the host country's domestic territory, its production is included in that country's GDP and, after deducting depreciation, in its NDP. The profits or factor income may later affect national product through NFIA.

A newly constructed residential building is a produced fixed asset that provides housing services over several years. Its construction is therefore recorded as gross fixed capital formation. For a net measure such as NDP, depreciation of existing fixed assets is deducted from gross domestic product; this does not change the building's classification as capital formation. It is not a transfer or intermediate consumption.

The governing distinction is between gross and net value added. Net value added removes depreciation, also called consumption of fixed capital, from gross value added. Therefore NVA = GVA − depreciation = 450 lakh rupees − 35 lakh rupees = 415 lakh rupees. Option A is correct. Adding depreciation gives 485, while 450 ignores capital wear and 380 uses an incorrect subtraction.

A capital gain is an increase in the market value of an existing financial or physical asset. It reflects a price change and not the production of a newly produced final good or service during the current period. NDP measures current domestic production after depreciation, so such a gain is excluded.

The production of a second-hand car took place in an earlier period and its value was counted when it was originally produced. Reselling the same car does not create current output. However, a broker’s fee or other current sale service represents a newly provided service and may be included in current NDP.

NDP at constant prices is measured using the prices of a chosen base year, so the effect of changes in the current price level is removed. Consequently, an increase in constant-price NDP mainly indicates that the volume of real domestic production, after allowing for depreciation, has increased.

Current-price NDP, also called nominal NDP, reflects both changes in production and changes in prices. Constant-price NDP removes the price effect. If nominal NDP rises while real NDP remains unchanged, the most likely explanation is that the general price level has increased rather than that real output has grown.

The governing relationship is NDP at market price = GDP at market price − depreciation. Substituting the given values gives NDPMP = 2500 − 180 = 2320 crore rupees. Depreciation must be deducted because the net measure excludes the part of gross production needed to replace worn-out capital. Adding depreciation gives a gross figure, while leaving GDP unchanged ignores the adjustment. Thus, option A is correct.

To move from a gross measure to the corresponding net measure, depreciation is deducted. The relevant formula is NDP at factor cost = GDP at factor cost − depreciation. Therefore, NDPFC = 1800 − 120 = 1680 crore rupees. Option A incorrectly adds depreciation, option C makes no adjustment, and option D subtracts too much. Hence option B is correct.