Half a defense of Positive Accounting Theory By Tutor: 21st April 2017 Abstract Positive Accounting Theory, abbreviated as PAT aims to examine the positive approach to accounting research as well as contrast accounting practices to Normative Accounting Theories. Academics view positive/scientific accounting as the total number of contracts the company has entered. Efficiency is a core driver of success when it comes to positive accounting. Normative accounting, on the other hand, tells policy makers what should be done based on the notional principle. PAT starts with specific policies and generalizes them to higher level principles while NAT starts with a theory and deduces it to specific policies. Positive Accounting …show more content…
The articles by Watts and Zimmerman in 1978 brought to focus critiques both related to the economy and those based on issues about the philosophy of science. It also presents a set of assumptions which are crucial if scientific research is to be seen as a possible scholarly project. Although the assumptions may turn out to be false, they should not be seen as unreasonable. Quantitative researchers combine hypothesis testing logic and additional features to detect incorrect predictions. Qualitative researchers on the other hand use hypothesis as a means of viewing observational findings. The success of positive accounting research is seen as a result of setting the standard too low. ‘Normal’ science description by Kuhn’s fits scientific research far much better than traditional science. He suggests that actual research may be used as a model of solving puzzles within a social group regardless of the contribution derived from solutions of such problems. He sees science as a game where the rules are set by the relevant community, and the occupants of that community are allowed to play as long as they follow the set rules just as the World Chess Federation defines the chess rules in the world. Any single individual who fails to follow the rules is eliminated from the game. Researchers publish their work and move up the career ladder. In all research papers advice is given to future researchers based on the …show more content…
Hume, however, argues that theories should not be proven correct from selection of data. This leads to the acceptance of Popper’s procedure which can be summarized as; observe then develop preliminary ideas, develop a formal theory which is testable and in line with reliable evidence, this is to be followed by testing the theories developed and rejection of those that are no in line with the test. The testing should involve two or more theories. Finally, the researcher is to keep repeating the last two steps so as to continually develop a set of methods that work and are correct. The key distinguisher of a creative idea in science and that of other fields is the continuous repeat to prove it wrong through subsequent and continuous
M1, Introduction There is always a question which can’t be answered by scientist all of which relate to the perceptions of science as there is difference in how science is currently addressed. Also, people have different believes, opinions and interpretation of science in general. Questions science is currently addressing- cure for cancer?
In conclusion, the characteristics of the scientific method are far from few. Most distinctly, science deals with the uncertainty of the unknown, attempting to make it known. Though complicated, Barry explains his beliefs on the scientific method with strong diction to show the formality of science, rhetorical questions to show the uncertainty, and logos to show the intellect of science. His rhetorical strategies help the audience understand the plethora of characteristics in the realm of
The book Freakonomics by Steven D. Levitt and Stephen J. Dubner talks about many different things, including cheating teachers and sumo wrestlers, how abortion lowered crime rates, how a street crack gang works, and whether the way parents raise their children even matter. These topics seem to have nothing in common, but all of these topics were identified in the same way: an economist (Levitt) looked at school test scores, crime data, and all sorts of other information, looking at them in unconventional ways. Because of that, he has come to many interesting and unique conclusions that make complete sense. These findings were based on some simple ideas: the power of incentives, conventional wisdom is not always right, things may not have obvious causes, and experts often serve their own interests instead of the interests of others. Perhaps the most important idea in the book is, as Levitt and Dubner state, “Knowing what to measure and how to measure it makes a complicated world much less so” (14).
Science is often stereotyped as a primarily independent endeavor. Most people will never step foot inside a research lab during their lifetime, so their only understanding of a scientific researcher is the one portrayed in books and movies -- the smart, eccentric, socially-isolated male who spends all his time in the lab and doesn’t do much else. People assume that biomedical research is only for introverts, since it is often misrepresented as pipetting miniscule amounts of liquids for hours on end. In addition, researchers are assumed to be unusually intelligent. How else are they going to cure cancer or discover life on Mars?
These corresponding explain the societal views of certainty and uncertainty, maintaining that uncertainty is negative and a sign of weakness. However, the second quotes contradicts that viewpoint by emphasizing that a more notable trait, courage, is present in the less favorable condition. Barry parallels the two in order to express how researchers work in uncertain conditions and that the courage it takes to do this is immense. In the fifth paragraph Barry questions how a researcher chooses their means of excavation and analyzation. This paragraph is focused on the use of questions in order to show the number of possible decisions that can be made and that must be made in order to gain results.
” Using facts about what Einstein, a well known scientist who has earned ethos, helps Barry characterize scientific research. Once again the reason Einstein is such an effective person to compare your findings to is because of his
Situation: This piece of writing is argumentative based to discuss how scientism is not necessarily the answer to everything but plays a large role in society. In 2012, author Massimo Pigliucci uses the show “The Big Bang Theory” to discuss how science is highly important and necessary for our world to grow, but cannot replace literature, philosophy, and art because each aspect is needed for humans to thrive. An example from the text being that character Howard from the show has an equation to calculate his chances of having sex by figuring out the number of single women who may find him to be attractive (pg. 279). Pigliucci is pointing out that instead of exuding confidence and finding a female to talk to, Howard just uses science to justify why he can or cannot find a female to be with. The same issue is involving Sheldon when he creates “The Friendship Algorithm” in order to make friends (pg. 280).
Edmonds, T. P., Tsay, B., & Olds, P. R. (2011). Fundamental managerial accounting concepts (6th ed.). New York, NY: McGraw-Hill
Ignorance is bliss. Often people hide behind what they wish to believe. The truth demands discomfort and people prefer comfort to truth.(Compound) In this world of conditioning, the Controllers keep any kind of truth from the people. Regardless, very few actually attempt to discover the truth.
Traditionally, pro forma earnings are lampooned as “earnings before the bad stuff”, which are lower than the figure according the GAAP. Companies may present to the public their earnings and results of operations on the basis of methodologies other than GAAP. And this presentation in the earnings release is often referred to as “pro forma” financial information. Many companies were thought to be using pro forma figures not only to exclude one-time charges, but also to strip put recurrent costs and other elements that they claimed concealed their “true” performance. “Pro forma” financial information can serve useful purposes.
2) Experiments - An experimental evidence is a great method to support an idea because you control variables, determine cause-and-effect relationships, identify relationships between objects and humans and can redo the experiments with the same or greater level of efficiency. For instance, forensic experiments can help the police track down a criminal. In like manner, forensic scientists can determine the particular gun the criminal used by examining the fired bullets and maybe even the place it was bought. Experiments can give a strong justification for a
In inductivism, a finite number of specific facts leads to a general conclusion. In falsificationism, definite claims about the world make a law or a theory falsifiable. The more falsifiable a theory is, the better, but not yet being falsified. For falsificationism scientific progress is possible via trial and error. While inductivism is applied to mathematics for instance where generalization is more possible, falsificationism is really common in biology, physics or social sciences, where there is not a general pattern, but many exceptions to the laws or theories.
The theories that Popper thought of as acceptable for scientific testing were those that made predictions that were daring and willing to be proven wrong. Einstein’s theory of
A number of basic standards for determining a body of knowledge, methodology, or practice are widely agreed upon by scientists. One of the basic notion is that all experimental results should be reproducible, and able to be verified by other individuals.[13] This standard aim to ensure experiments can be measurably reproduced under the same conditions, allowing further investigation to characterize whether a hypothesis or theory related to given phenomena is valid and reliable. Philosopher Karl Popper (?) in one of his project attempted to draw the line between science and pseudo-science.
It is this that justifies accounting history as a crucially important academic discipline. “History, in itself is instinctive and indigenous to all of us” (Carnegie. et al, 2011), whether individuals know it or not, everyone’s decision making process is strongly based on past experiences, and the past is the key source resorted to whenever a decision is needed to be made. The same is applicable to accounting, the decisions made today in all practices and approaches are drawn from the historical developments in the accounting process, that have led the practice