Knowledge that Transforms

This paper examines the operating efficiency of three types of financial intermediaries in the United States: (1) credit unions, (2) savings and loan associations, and (3) mutual savings banks during the past three decades. In particular, it examines by how much, if any, the operating efficiency of these intermediaries has been enhanced.

Recently, Lusztig and Schwab [5] drew attention to a problem which occurs when applying linear programming methods to portfolio selection where capital is rationed over several investment periods. The problem is to determine the relevant discount rate with which to calculate the net present values of the objective function when this same rate is dependent upon the optimal solution to the linear program. Lusztig and Schwab suggested a neat procedure by which it was claimed that one could overcome this difficulty and which also does not rely upon the measurement of subjective utility as did the Baumol and Quandt approach [2]. It was decided to test the Lusztig and Schwab model (afterwards called the L-S procedure for brevity) on a hypothetical problem, and doing so resulted in two conclusions:(a) The L–S procedure, as described, is incomplete but with small modification may be useful; however, (b) concentration upon the discount rate problem in isolation from other capital budgeting problems may well be a pointless exercise.

This paper proposes a model that a dealer or investor may employ in determining• The potential investment value of a debt instrument, • The potential gains in net after-tax yield which result from swaps, and• The trade-off, effective, after-tax yield on a municipal vs a taxable corporate bond of the same quality or rating.

In this paper, a simple model of individual financial decision making is used (1) to construct the market demand curve for common stock, and (2) to question the appropriateness of market value maximization as the objective of corporate financial management.

Neil B. Murphy, Harry Weintrob, Evaluating Liquidity Under Conditions of Uncertainty in Mutual Savings Banks, The Journal of Financial and Quantitative Analysis, Vol. 4, No. 5 (Jan., 1970), pp. 559-568

This paper discusses the use of simulation as a means of studying the operations of securities markets. To place simulation's role in the proper context, Section I begins with a review of public policy, research, and teaching considerations that have combined in recent years to create a growing need to improve our understanding of the operations of these markets. Following this is a brief discussion of the limitations of traditional price theory models to meet this need. Section II demonstrates the significant, yet largely untapped, potential of simulation in this regard.

Deposit variability in banking has received substantial attention in recent empirical studies [1], [2], [3], [4], [5], and [7], Most of these efforts have been cross-section analyses of the determinants of variability. However, the impact of branching on deposit variability has not been tested in any of these studies. Wacht suggests that branching could reduce deposit variability substantially, especially if geographical dispersion could be achieved through relaxing interstate restrictions on branching [6]. In this paper, Wacht's suggestions will be subject to empirical testing for one thrift institution located in a major eastern metropolitan area. In Section I, the test methodology is presented. Data sources and empirical results are discussed in Section II, while the study is summarized and the implications for future research are discussed in Section III.

Recent literature, as it has been developing in this journal and others, suggests that a significant change has taken place in the field of finance. The “new finance” has broader and deeper analytic and empirical content. Its relevant characteristics are: (1) a weakening of the traditional distinction between security analysis and corporation finance; (2) an increased emphasis upon financial management as an integral part of the overall management function; (3) greater emphasis upon the relevance of economic theory in the analysis of financial relations; and (4) more attention to the measurement and testing of hypotheses.

This paper describes ways in which computers can be used to help teach elementary college economics. Most of the methods can be implemented with present-day equipment; the rest will prove feasible within a few years. Examples given here are not intended to provide a full or even a representative menu for a beginning course; they simply illustrate some of the more interesting possibilities.

A question that bedevils the academic economist, the trustbuster, and the community at large is whether conglomerate merger activity is a force for good or evil. In common with horizontal and vertical merger activity, the critical consideration is whether conglomerate mergers produce better uses of resources, increases in monopoly power, or some mixture of these two results. Economists have been examining these mergers in an effort to determine whether efficiency in the use of resources is, in fact, promoted. However, when investigating this question, the subject of inquiry is usually confined to the optimizing decision of the firm. It has been argued that conglomerate activity involves the best use of resources from the standpoint of the firm.