Writing a Report

1961 ◽  
Vol 16 (04) ◽  
pp. 287-308
Author(s):  
J. R. Bradley

The most difficult problem which faces the young actuary is undoubtedly that of explaining to his non-actuarial friends and relatives exactly how he earns his living. This problem is one small part of the more general problem of communication between the actuarial profession and the outside world. A further specific aspect of the problem arises, for example, when a valuation has been completed and its results have to be expressed in the form of a report to be read by a group of non-technical people.The purpose of this paper is to discuss some of the principles which should be followed when writing such a report. There is more than one such possible set of principles and other actuaries may have rather different views on the preparation and presentation of reports. The basic approach which gives rise to the principles is, however, fundamental to report writing and this is the need for communication between the actuary and his client.

Author(s):  
Bryan G. Norton

Albert Hochbaum, whom we met in Chapter 3, was Leopold’s student and friend; Director of the Delta Duck Station in Manitoba, Canada; and a part-time collaborator on A Sand County Almanac. He also had an admirable talent for succinctly hitting the nail on the head. He summed up Leopold’s message in four words. “The lesson you wish to put across is the lesson that must be taught,” he said, “preservation of the natural.” So much for succinctness; the difficult problem, of course, is to explain what is meant by “preservation” and by “natural.” Thomas McNamee, writing forty years later, uses the same basic approach: “I believe that the true object of conservation is nature,” he says. “What is nature?” The answer cannot help but be complicated, he notes, because “our conception of nature springs from the darkest depths of our culture’s unconscious sense of life itself, and ancient irrational urges and fears give the concept its power.’” But that is only half of the story: “At the same time,” he says, “nature must also have an objective, rational, manageable, thinkable value.” And thus we have the paradox of modern land use theory: Americans love nature; our values were formed in nature’s womb, a huge, wonderful, and horrible wild place. Our values are freedom and independence, “split rail values,” as Leopold called them. But our activities, as builders and consumers, transform our environment into something not-wild; we manipulate and control and artificialize nature; we make it not-nature. As the song says, you always hurt the one you love. But the paradox has also an optimistic face: As we have built and consumed, we have become wealthy by exploiting nature. Wildness has become valuable, objectively, according even to economists, because our wealthy society is now willing to pay to preserve nature. But here is the bitter pill to swallow: We all must admit that, at least in some sense, “nature” preservation is a sham—we’ve gone too far to “free” nature, as we might free a wild animal, release it from captivity.


The objective of the investigation which is here described was, in the first instance, economic. Having assumed responsibility for the official forecasts of the main crops of the United Provinces, India, it appeared to the writer that, in a country where rainfall so dominated tire agricultural conditions, it should be possible to evolve some system, based upon rainfall data, of forecasting both area and yield of crops whih would be free from dependence on the very doubtful personal equation involved in the methods then in force. The considerable measure of success achieved in forecasting areas led to an attempt to forecast fields—a much more difficult problem. As the work proceeded the method assumed a wider significance bearing on the general problem of the availability of soil moisture for plant growth. In a year's growth, whether this be from a seed or a freshly planted slip, the yield, in whatever form it be measured, is the summation of the various reactions of the plant to its environment at every stage of its growth; in the case of annuals it may even, as Hooker (8) has suggested, include the reaction of the parent plant. What applies to the sum must, a fortiori , apply to the component parts; and it would appear, therefore, that the method employed to evaluate rainfall should afford a means of interpreting the physiological processes of the growing plant, in so far as these are dependent on rainfall.


1977 ◽  
Vol 36 ◽  
pp. 143-180 ◽  
Author(s):  
J.O. Stenflo

It is well-known that solar activity is basically caused by the Interaction of magnetic fields with convection and solar rotation, resulting in a great variety of dynamic phenomena, like flares, surges, sunspots, prominences, etc. Many conferences have been devoted to solar activity, including the role of magnetic fields. Similar attention has not been paid to the role of magnetic fields for the overall dynamics and energy balance of the solar atmosphere, related to the general problem of chromospheric and coronal heating. To penetrate this problem we have to focus our attention more on the physical conditions in the ‘quiet’ regions than on the conspicuous phenomena in active regions.


2006 ◽  
Author(s):  
Kristen L. Beriloff ◽  
Rosemary Flanagan

2018 ◽  
Vol 2 (1) ◽  
pp. 37-44
Author(s):  
Hamdy Hady ◽  
Henderi Henderi ◽  
Dian Mustika Putri

The management activity of research report writing requires sufficient knowledge in its preparation. A researcher must learn about the management of understanding scientific concepts, as well as management of research reports that are based on scientific truth. In this study, 1 (one) method was used, namely a literature study of 10 (ten) to support the understanding of scientific concepts according to experts. The concept is a general idea that represents perceived understanding on the basis of reason and logic by someone who then forms a meaning deductively or inductively. Whereas knowledge is what is known or the results of work know. Then scientific truth is related to the quality of knowledge, where every knowledge possessed is viewed from the type of knowledge that is built. Thus scientific truth is an important point in scientific reporting, as the basic foundation of accurate management of report writing and must be displayed in every corner of the report. It is hoped that this research can assist researchers in compiling research reports. Keywords: Management, Science, Scientific Truth, Research Reports.


1970 ◽  
Vol 13 (1) ◽  
pp. 87-109
Author(s):  
Rohmad Qomari

To carry out evaluation comprehensively, we need appropriate instrument that suitable with domain that being evaluated. Evaluation instrument development with test has been conducted by experts. These instruments were only suitable to measure cognitive domain and part of psychomotor domain. To measure affective domain, we need to develop non-test evaluation instrument (alternative test). The development of this instrument tends to more difficult and complicated compare with instrument test evaluation instrument. Therefore, it does necessitate a through study to derive and elaborate affective domain to specific aspect to develop valid and reliable instrument.


2017 ◽  
Vol 9 (1) ◽  
pp. 147-162
Author(s):  
Jeremy W. Skrzypek

It is often suggested that, since the state of affairs in which God creates a good universe is better than the state of affairs in which He creates nothing, a perfectly good God would have to create that good universe. Making use of recent work by Christine Korgaard on the relational nature of the good, I argue that the state of affairs in which God creates is actually not better, due to the fact that it is not better for anyone or anything in particular. Hence, even a perfectly good God would not be compelled to create a good universe.


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