10,440 research outputs found
Kevin: Football and me
Kevin, an Englishman teaching in France, is a football fan and tells us about his experiencesEnsino Médio::Língua Estrangeir
Kevin: Football and me
Kevin, an Englishman teaching in France, is a football fan and tells us about his experiencesEnsino Médio::Língua Estrangeir
Kevin: Football and me
Kevin, an Englishman teaching in France, is a football fan and tells us about his experiencesEnsino Médio::Língua Estrangeir
Kevin: Football and me
Kevin, an Englishman teaching in France, is a football fan and tells us about his experiencesEnsino Médio::Língua Estrangeir
Fiscal fan charts - A tool for assessing member states’ (likely?) compliance with EU fiscal rules
This paper sets out a methodology for constructing fan charts for the government deficit and debt ratios over the medium-term. It relies on information contained in Stability/Convergence Programme Updates, a model of the relevant stochastic process (for example, the real GDP process) or processes, and a parameter estimate of the sensitivity of the primary budget balance to the output gap for the member state under consideration. A model of the dynamic deficit-debt relationship allows the impact of random output growth to work its way through the fiscal arithmetic in a consistent and traceable way to produce fan charts over a five-year forecast horizon. The initial set of fiscal fan charts included here for Ireland use the indicative public finance projections set out in the 2011 Update for Ireland. The range of possible fiscal outcomes in the charts assumes no fiscal policy response to any change in the budgetary position over the period such as could arise from changes in growth rates. This assumption of “no policy change” is a standard one in the construction of fan charts. Governments will, however, generally be in a position to adjust fiscal policy towards meeting a specific fiscal target, such as reaching a deficit position of less than 3 percent of GDP in the medium-term. A second set of fan charts is included which indicates how the probabilistic range of fiscal outcomes could be affected by a tightening of fiscal policy in 2013-2015.Programme Updates, fan charts, fiscal arithmetic, stochastic processes, prediction regions
Using performance assessment in secondary school mathematics: an empirical study in a Singapore classroom
This article reports an exploratory study on using performance assessment in mathematics instruction in a high-performing secondary school in Singapore. An intact mathematics class participated in the study, and received chapter-based performance tasks as intervention during regular mathematics lessons for about one and a half school years. The performance tasks used included authentic and/or open-ended tasks. The students’ academic achievements and attitudes in mathematics were compared with a comparison class that did not receive the intervention. Both quantitative and qualitative data were collected, mainly through questionnaire surveys, performance task tests, conventional school exams, and interviews with students and teachers. The results suggest that the students receiving the intervention performed significantly better than their counterparts in solving conventional exam problems, and in general they also showed more positive changes in attitudes towards mathematics and mathematics learning. The students from the experimental class also expressed positive views about the benefits of using performance tasks in promoting their ability in higher order thinking, though no statistically significant difference was detected between the two classes of students in solving unconventional tasks before and after intervention. Overall, the results appear to support teachers’ using contextualised problems in real life situations and open-ended investigations in students’ learning of mathematic
Richardson, Barbauld, and the construction of an early modern fan club
MPhilMuch has been written about the life and long works of the eighteenth century epistolary novelist, Samuel Richardson, but the prospect of his position as the first celebrity novelist – responsible for courting his own fame as well as initiating his own fan club – has largely been ignored. The body of manuscripts housed at the National Art Library in the Victoria and Albert Museum in London provides the modern scholar with evidence of the skeletal beginnings of an early fan club. This thesis aims to show how these manuscripts were turned into a saleable commodity by the publisher and entrepreneur Richard Phillips, while under the guiding hand of another, slightly later, literary celebrity, Anna Laetitia Barbauld. In order to restore Richardson’s reputation amongst a new nineteenth century audience, Barbauld was required to construct her own idea of him as an eighteenth century celebrity author, and in doing so the insecurities of a self-professed, apparently diffident man, are revealed. Barbauld’s capacious, but heavily edited selection of letters is analyzed in this thesis, providing ample evidence that Richardson’s correspondents were more than just eager letter writers. By using Barbauld’s biography of Richardson this thesis aims to show how she manipulates the genre of life writing in her construction of him.
This thesis offers an alternative reading of how the Richardson manuscripts are viewed, redefining them as not simply a collection of letters, but as a collective entity, deliberately selected and archived as evidence of an early modern fan club, and its celebrity managing director
Development of a rotor model for the numerical simulation of helicopter exterior flow-fields
Includes bibliographical references (leaves 84-85).A numerical methodology is developed to model the effect of a rotor on the surrounding flow-field. The model calculates the time-averaged aerodynamic forces exerted on the air by the fan blades within the blade-swept region, and permits the user to specify blade properties such as cross-sectional profile and orientation at a particular radial and azimuthal location. The calculated forces are included as source terms within the Reynolds-averaged Navier-Stokes equations for an incompressible fluid, which are solved by the commercial CFD solver, FLUENT. The effects of turbulence are incorporated through the use of Launder and Spalding's k-g turbulence model. This method is selected as being the most efficient use of the resources available, giving the economic advantages of a steady simulation, while allowing radial and azimuthal variations of rotor characteristics. In order to validate the accuracy of the numerical model for both aligned and non-aligned inflow conditions, results are compared with experimental data reported for an axial flow fan. Agreement between experimental and numerical results is excellent to good. Fan static pressure rise is closely predicted by the numerical solution, while fan power consumption and fan static efficiency are under and over-predicted respectively. This error may be attributed to frictional losses not accounted for in the numerical model. These include physical rotational instabilities, leading to increased mechanical losses, and tip effects due to the clearance between the fan blade tips and the fan casing. Trends are nevertheless consistently predicted by the numerical model for inflow angles up to 45°, and for the range of blade pitch settings used. The adverse effect of off-axis inflow on the fan static pressure rise is numerically predicted, while fan power consumption is found to remain independent of inflow angle, as had been experimentally observed. The rotor model is finally integrated with the fuselage of the CIRSTEL (Combined Infra-Red Suppression and Tail rotor Elimination) prototype in an analysis of the helicopter exterior flow-field. No experimental data for this configuration was available for validation purposes. However, the model is used in the simulation of several common helicopter flight conditions. Results are presented graphically, and generally indicate good agreement with physically observed phenomena
Wrestling at Will Rogers Coliseum; fan with sign Kerry and Kevin Are Totally Awesome
Wrestling at Will Rogers Coliseum, Fort Worth, Texas, ca. 1981-82; a fan in the crowd is seen holding a sign reading Kerry and Kevin Are Totally Awesome!!! in reference to the Von Erich brothers.https://mavmatrix.uta.edu/specialcollections_bonneauandbeaulacphotos/1036/thumbnail.jp
A Real Reflection of How I Write: Young Adult Female Authors Seizing Agency Through Fan Fiction
This research project examines 'fan fiction' (stories based upon existing texts such as movies, books, and video games) written by a young adult female and posted online for others to read. The research was conducted in order to determine how this author uses fan fiction to achieve agency, that is to gain power over existing texts which traditionally marginalize people of her gender and age group. The project also speculates on how fan fiction is currently used and might be used more effectively in curricular English composition assignments. This project analyzes in detail two fan fiction stories about male characters, authored by a young adult female. Besides a close reading of each of these stories-- one written for a curricular assignment, and one written on the author’s own initiative-- the project also includes interviews with the author via email which ask her explicitly about her motivation for writing and other areas on which this project focuses. The results of the research are that the author gains agency through her fan fiction by manipulating the type of character who is often used to marginalize her age and gender groups; however her agency is limited when she writes fan fiction for assignments in her English courses. The project calls for further research on the fan fiction of young adult females, young adults who write in the same genre of fan fiction as the research subject, and curricular fan fiction. It also calls for instructors to lift or alter restraints to fan fiction assignments, including limitations on word count, plot, title, and content
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