ALBERT

Notes: In my article I have taken up different expressions for the terms of trade in foreign trade, and especially I have been interested in a breakdown of total gain into two parts, namely the part due to the terms-of-trade effects and the part due to the price level effects. I have also taken up the inter-sectoral gain from terms of trade and the relation to the terms of trade in foreign trade. Besides the usual index for terms of trade-the ratio between output prices and input prices-I have also introduced another index for terms of trade corresponding to the relation between the output price index and an index consisting of a weighted average of input prices and prices for final demand. Finally I have tried to give some emperical findings which should throw light on the development of the Danish terms of trade for the period 1949 to 1964.

Notes: With few exceptions, only cormmodity flows and values which can be determined by means of commodity flows (flows of goods and services) are calculated in constant prices in the official national accounts of the Federal Republic of Germany. Figures an the industrial origin and the final use of the national product are published, the former according to thirty industries, the latter according to the major types of uses of which in particular private consumption expenditure has been further analysed.The computations at constant prices are based on market prices and not on factor costs. It is only on this basis that a uniform valuation of the production and the expenditure side can be made since the turnover tax, which is the most important indirect tax, is contained in the elements of final demand in varying shares and cannot be eliminated (the tax is part of the price and has cumulative effect).The computation at constant prices presupposes a breakdown of the values in current prices according to quantities and prices. This raises a number of problems, e.g. because seller and buyer may consider differing aspects-production costs, technical attributes, etc., on the one hand, and use etc., on the other hand. In part there exist only vague ideas, or no ideas at all, as to what is to be considered-from a theoretical point of view-as quantity and price. In other cases the two values can only with great difficulties, if at all, be quantified, or there exists no market price and only the production costs are available. The author deals in greater detail with differences in quality and new commodities, the determination and treatment of quantities and prices for services, in particular for trade services (services attached to goods), the computation of government services at constant prices considering the development of productivity in public service, the determination of the values calculated as balances, above all the treatment of changes in the terms of trade for net exports of goods and services, the computation of the contributions of industries to the gross domestic product and, finally, the reconciliation of the production and the expenditure side.In a third section the author deals with index formulae and the base year. In the majority of cases values are deflated; partly, however, they are currently adjusted by means of volume and quantity data. On the production side the two methods are in part combined.In a concluding section a survey is provided of the computation methods used in the Federal Republic of Germany and on the available material for the computations. Mention is made of depreciation at constant prices.

Notes: A quarterly macro-econometric model of Japan's postwar economy has been constructed for the period 1954–1965 FY on the basis of standardized quarterly national income accounts. The model is designed for facilitating short-term economic forecasting and formulating adequate fiscal and monetary policy. Longer-term factors such as labor mobility, technical progress, etc., were also considered in the model.The model consists of fifty-three equations related to most of the macroeconomic variables in both money and real terms, and the equations were estimated in principle by the limited information maximum likelihood method. Principal exogenous variables related to policy instruments are government expenditures including transfers, parameters of tax functions, interest rate, and prices and fares controlled by the government, etc. In formulating the model, non-linear specifications were used whenever found necessary.Results of our testing on its predictive capability indicated fairly satisfactory performances for our observation period and also for 1966 FY. Multipliers related to fiscal and monetary policy were also obtained, indicating the dynamic characteristics of the Japanese economy, in particular, represented by dynamic business fixed investment, as compared with corresponding multipliers of the U.S. models.Although the model is exploratory and to serve as a core for a more disaggregated “Master Model,” the usefulness of the model for our purposes and the workability of our quarterly national accounts data for model-building have been recognized. The quarterly data, however, still remain to be improved especially in regard to consistency between income and expenditure and integration with flow-of-funds accounts.

Notes: The measurement and inter-spatial comparison of Latin American real income levels calls for techniques which depart substantially from the conventional procedure of applying such official or free market exchange rates as happen to prevail in any given period. The reasons are varied, the main ones being that in an area such as Latin America prices are notoriously volatile, their structure differs radically from that encountered in other parts of the world, and the exchange rate system is characterized by frequent and usually irregular revisions, while in certain countries a multiple exchange rate system applies and no single factor is available for conversion purposes. In addition, there exists the problem common to all developing countries that the rates to a large extent reflect the exchange value of a limited number of export commodities vis-à-vis a wide range of imported goods and in no way typify the internal-external price relationship for the bulk of production which by its nature fails to enter into international trading transactions.The author has endeavoured to circumvent these difficulties by adopting the often-discussed “purchasing power parity” approach whereby national accounts data are converted into a common monetary denominator (in this case, the U.S. dollar) expressed in “real” or quantitative terms which as far as possible eliminate inter-spatial price differences. Results are presented and analyzed, first for the base year 1960, and then for the period 1955–1964 at the level of main expenditure sectors as well as for the total gross domestic product.To the extent that available statistics permitted, results for Latin American countries are also related to the United States and certain countries in Western Europe, a main objective being to determine the approximate dimension of the incomes “gap” and to ascertain whether this is increasing, decreasing or remaining very much unchanged in size.

Notes: The main purpose of the study is to determine the savings potential of urban and rural households in India and in the process determine the possible savings and consumption functions separately for urban and rural areas.Four different possible functions have been used for determining the savings behaviour of the households both at the aggregate level and at the per capita level. The rural households, according to the results, have an extremely low rate of saving with income elasticity of saving of less than unity. For the urban households on the other hand, the income elasticity of saving is high enough to suggest the possibilities of considerably high savings potential.To understand the consumption behaviour of these households, the long-run and the short-run marginal propensities to consume and the marginal propensities to consume out of‘permanent’ or ‘normal’ income and ‘transitory’ income have been worked out. For the urban sector none of these give encouraging enough results and the analysis has been extended to examine whether other factors like prices and household assets are of any significance. Whereas for the rural sector, Milton Friedman's theory of ‘permanent’ or ‘normal’ income is somewhat substantiated, other factors like ‘transitory’ income, prices and assets appear to inthence urban consumption behaviour though no single one of them substantially enough. A negligible effect of ‘permanent’ income on urban consumption behaviour is, on the other hand, very clearly suggested by the results.Household consumption and savings have next been projected using the above results to determine the possible levels for the next three years. The results suggest that the rate of domestic savings likely to be achieved by the end of the Third Five Year Plan (1965–66) falls short of the targets laid down.

Notes: Cet article résume brièvement les méthodes utilisées par le Service de la statistíque yougoslave dans le calcul du revenu national aux prix constants. En ce qui concerne l'industrie, la méthode utilisée consiste à multiplier le revenu net par unité dans l'annCe de base (distribué par type) par les quantités produites dans l'année en cours. Cet article discute également des autres méthodes possibles, et fait ressortir les raisons qui se trouvent à la base des choix effectués.La partie finale examine la validité des mesures obtenues; elle met en garde contre la tentation de procéder a des interprétations de caractére normatif sur la base de prix déterminés par voie administrative ou sujets a d'autres types de distortions. Des données, classées par industrie et par région, sont fournies pour la periode 1952–1965.

Notes: In a number of underdeveloped countries today, adequate statistics for estimating national output by traditional national accounting methods are unavailable or unreliable. However, many of these same countries do publish data on monetary variables at an early stage in their development. These data can now be used to estimate national income.In this study the money supply was defined to include all currency in circulation, private deposits subject to check at all banks and postal systems, all government deposits, and unused overdrafts less float. The national accounts data were taken from United Nations sources and data supplied by various foreign statistical offices. To make the accounts more comparable in terms of coverage and to limit reported income to the monetized sector of the economy, non-monetary imputations were deleted.The monetary and national accounts data were combined in a multiple, stepwise regression. National income was used as the dependent variable and money supply and other data were used as the independent variables. The final estimating equations explained about 96 per cent of the variation in income between countries. Other tests were conducted using the currency ratio, transactions velocity, population, and per capita consumption. However, these variables did not augment the explanatory power of the regression equations.When the equations were used to estimate national income for twenty-two under-developed countries, the derived estimates showed a high degree of concordance with reported income where it existed for comparative purposes. The results indicate that monetary data can be used to estimate national income for underdeveloped countries with a relatively high degree of accuracy, between countries, and from year to year within a country.

Notes: In The Present Paper The Author Reviews The Results Of An Investigation Aimed At Estimating The relative level of stocks in Hungary in terms of international comparisons. Though international comparison was limited by scarcity of data, it has still become evident that stocks as a whole, compared to production and sales, seem to be unnecessarily high. The investigation has been carried out in relation both to the level of stocks and their rate of increase.The global volume and building of stocks, however, did not give a satisfactory explanation, and the investigation had to be extended to the individual groups of stocks separately. In order to facilitate the comparison, stocks were classified into the following groups: agricultural stocks, goods in process, industrial finished goods and manufactures held by users, and retail stocks. The classification was based on the different function of the individual groups. This classification of stocks could be compared only with the data of the U.S A.The international comparison revealed that both the volume and the rate of increase of stocks in Hungary is unreasonably high. They are high even if we consider that the growth rate of the economy in Hungary was greater than in any of the countries examined.The author refers to the fact that the stock problem was one of the starting issues in the economic research process which led to the reform of the Hungarian economic management system introduced on 1st January 1968.

Notes: The national income and product account (United Nations concept) in current prices itemized by distributive shares and by type of expenditure is given for the period 1929–1937. The national income by industrial origin and the reproducible national wealth are computed for the year 1930. Differences between the U.N. and the material concept are explained by means of the 1939 data.The national product series in real terms are computed (a) by means of the price deflation of the types of expenditure, and (b) as the physical output of goods and services by industrial origin (since 1926). Major changes In distributive shares are explained with the help of Price-cost analysis.The national product in real terms attains the lowest point in 1935 and not in 1933, as the industrial production and foreign trade series indicate. The structure of gross national expenditure reveals the same pattern of shifts, as is well known from other industrially developed countries during the business cycle.The development of national product by industrial origin, however, reveals some conspicuous singularities. Especially the uninterrupted increase in trade services (in terms of both persons engaged and turnover in constant prices) is an anomaly in the period of 1929–1937.Further, the Increase of rent (due to the gradual abolition of rent control), contrasting with the general fall of prices, led to a major shift in the distribution of national income during the early thirties. The other remarkable change resulting mainly from the changing price structure was the decrease of the farmers' share in national income.The production, transportation and distribution series in real terms reveal some time-lags. These result partly from the shift from the foreign to the home market, partly from the compensatory effects of stock movements, and partly from the delayed adjustment of consumers to declining income.