Global ETD Search

1	Character of memorization: quotation and identity in nineteenth-century British literature Janssen, Joanne Nystrom 01 July 2010 (has links) In nineteenth-century Britain, the average person's mind was an anthology containing snatches of poetry, Latin verb conjugations, Bible verses, folk songs, miscellaneous facts, and the catechism. Because secular and religious education emphasized learning by rote, students' minds were stocked with information and quotations that originated in other texts, which is reflected in characters who repeat those bits and pieces in the period's literature. My dissertation investigates concepts of personal and national identity in Victorian literature and culture, particularly through the understudied phenomenon of rote memory. George Eliot's Maggie Tulliver, for example, quotes Thomas à Kempis's Imitation of Christ to console herself in the face of tragedy, and Lewis Carroll's Alice attempts to recite didactic schoolroom poems in her efforts to distinguish herself from her less intelligent friends. These moments of memorization--although at first appearing merely to reflect what texts were consumed and recited in nineteenth-century England--in reality suggest much more. I argue that memorization remained centrally connected to nineteenth-century conceptions of identity: people are what they remember, even if those memories do not relate to their own lives, but instead to the information stocked in their minds. My readings of Mary Shelley's Matilda and George Eliot's The Mill on the Floss demonstrate rote learning's potential to erode a young woman's personal and religious identity. Instead of committing an act of powerful "poaching," as Michel de Certeau proposes, a memorizer often submits to the text's "strange invasion," as George Poulet suggests. My chapters centered on Lewis Carroll's Alice's Adventures in Wonderland and R.M. Ballantyne's Jarwin and Cuffy, however, locate possibilities for gaining critical thinking skills and forming cross-cultural relationships through a person's response to quoted texts. By examining the significance of memorization in nineteenth-century novels, we gain new understandings of the Victorian period, ranging from the minutiae of everyday routines to the complexity of entire belief systems. A seemingly straightforward moment, such as a character reciting a line or two of poetry, can lead to interdisciplinary insights about forms of reading, functions of memory, ideas about gender, beliefs about religion, and methods of imperialism. As my dissertation demonstrates, nineteenth-century mental anthologies give twenty-first-century readers a veritable index to the cultural past. Identity Memory Novel Quotation Rote Learning Victorian English Language and Literature
2	The Effectiveness of peer instruction (PI) in enhancing pre-service teachers’ understanding of electromagnetism I in a Nigerian college of education Kola, Aina Jacob January 2020 (has links) Philosophiae Doctor - PhD / This research study investigated the effectiveness of Peer Instruction (PI) in enhancing preservice teachers’ understanding of Electromagnetism I in a Nigerian college of education. PI as a research-based pedagogy was invented for the teaching of introductory science courses to large classes. Lectures in PI is made of short presentations on the main points, each followed by short conceptual questions known as ConcepTest, posed in a multiple-choice format, on the subject under discussion. Electromagnetism is a branch of Physics where students perform poorly at Colleges of Education in Nigeria. Electromagnetism I covers electrostatics, magnetostatics, current electricity, electrolysis, and capacitance. Each of these themes has different topics under it. Most students studying Electromagnetism I, cannot relate or connect what they learned in the classroom to real-world situations because they often learn by memorization (rote learning). Peer instruction Electromagnetism Academic performance Authentic learning Rote learning
3	Pratet och räknefärdigheten : Från det procedurala mot det konceptuella / The talk and the numeracy : From the procedural towards the conceptual Fodorpataki, László January 2023 (has links) I identify a recent trend in school mathematics as well as in some of the research literature in mathematics education: an emphasis on creative uses of mathematics and an increased emphasis on verbalizations, reasoning and conceptualization as opposed to numerical and computational skills. With tools provided by a qualitative textual analysis of several Swedish curricula from the past from which I trace a shift of focus from the classical towards the conceptual aspects of mathematical knowledge, I examine the common research framework for discussing mathematical knowledge in terms of the procedural and the conceptual. I investigate whether the shift towards a conceptual approach to mathematical knowledge has occurred and how this presumed shift reveals itself. A close reading and comparison of the historical guidance documents' purpose descriptions and grading criteria concerning the mathematics subject is carried out. Commentary materials for the various course plans are examined. Here I conclude that a shift has occurred during the last decades in the mathematics curricula that may have severely affected the mathematical education in schools. I argue that this shift needs to be acknowledged in order to halt a tendency that seems to gravitate towards a decreasing mathematical competency among the Swedish students. Didactics Didaktik
4	The use of visualization for learning and teaching mathematics Rahim, Medhat H., Siddo, Radcliffe 09 May 2012 (has links) (PDF) In this article, based on Dissection-Motion-Operations, DMO (decomposing a figure into several pieces and composing the resulting pieces into a new figure of equal area), a set of visual representations (models) of mathematical concepts will be introduced. The visual models are producible through manipulation and computer GSP/Cabri software. They are based on the van Hiele’s Levels (van Hiele, 1989) of Thought Development; in particular, Level 2 (Informal Deductive Reasoning) and level 3 (Deductive Reasoning). The basic theme for these models has been visual learning and understanding through manipulatives and computer representations of mathematical concepts vs. rote learning and memorization. The three geometric transformations or motions: Translation, Rotation, Reflection and their possible combinations were used; they are illustrated in several texts. As well, a set of three commonly used dissections or decompositions (Eves, 1972) of objects was utilized. Zerlegung Bewegung Operation DMO Operationen der Zerlegung und Bewegung visuelle Repräsentation Manipulation spezielle Manipulation Manipulation mithilfe von Technologie virtuelle Manipulation Van Hieles Stufenmodell deduktives Schließen GSP/Cabri-Software Computerrepräsentation Translation Rotation Drehung Spiegelung Verschiebung Reflexion Dissection Motion Operation DMO Visual-Representation Manipulation Concrete Manipulation Technological-Manipulation Virtual Manipulation Van Hieles-Levels Deductive-Reasoning GSP-Cabri-Software Computer-Representation Rote-Learning Translation Rotation Reflection Decomposition ddc:510 rvk:SD 2009
5	The use of visualization for learning and teaching mathematics Rahim, Medhat H., Siddo, Radcliffe 09 May 2012 (has links) In this article, based on Dissection-Motion-Operations, DMO (decomposing a figure into several pieces and composing the resulting pieces into a new figure of equal area), a set of visual representations (models) of mathematical concepts will be introduced. The visual models are producible through manipulation and computer GSP/Cabri software. They are based on the van Hiele’s Levels (van Hiele, 1989) of Thought Development; in particular, Level 2 (Informal Deductive Reasoning) and level 3 (Deductive Reasoning). The basic theme for these models has been visual learning and understanding through manipulatives and computer representations of mathematical concepts vs. rote learning and memorization. The three geometric transformations or motions: Translation, Rotation, Reflection and their possible combinations were used; they are illustrated in several texts. As well, a set of three commonly used dissections or decompositions (Eves, 1972) of objects was utilized. info:eu-repo/classification/ddc/510 ddc:510

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