High School Teachers' Mental Model Change As Related to Online Instructional Tools
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What We Know About Growth Mindset from Scientific Research by Carissa Romero
What We Know About Growth Mindset from Scientific Research by carissa romero july 2015 Growth Mindset: What is It? A growth mindset is the belief that intelligence can be developed. Students with a growth mindset understand they can get smarter through hard work, the use of effective strategies, and help from others when needed. It is contrasted with a fixed mindset: the belief that intelligence is a fixed trait that is set in stone at birth. Why Does It Matter? about proving their ability or avoiding “looking dumb.” Students’ beliefs about intelligence have important This can lead students to avoid challenges and give up consequences for how they experience school when they struggle. But when students hold a growth and how they respond to setbacks and adversity. mindset, they may experience school as an exciting When students hold a fixed mindset, school can be place to grow, embracing challenges as opportunities a threatening place because they may be worried to develop mastery.1 FIXED MINDSET GROWTH MINDSET Belief that ability is a fixed trait that Belief that ability is malleable and can Definition cannot change be developed Effort is bad; if you’re smart, you Interpretation of effort Effort is good; it’s how you get better shouldn’t have to work hard What matters is looking smart, so you What matters is learning, so you can Motivation in school can prove your ability improve your ability Resilience; setback is a sign that you Behavioral response to Helplessness; setback is a sign that need to work harder or try academic setbacks you don’t have what it takes a new strategy Failure is the end of the story: time to Failure is the beginning of the story: time Meaning of failure give up to try again SOURCE: MASTER, A. -
Conservatism and Pragmatism in Law, Politics and Ethics
TOWARDS PRAGMATIC CONSERVATISM: A REVIEW OF SETH VANNATTA’S CONSERVATISM AND PRAGMATISM IN LAW, POLITICS, AND ETHICS Allen Mendenhall* At some point all writers come across a book they wish they had written. Several such books line my bookcases; the latest of which is Seth Vannatta’s Conservativism and Pragmatism in Law, Politics, and Ethics.1 The two words conservatism and pragmatism circulate widely and with apparent ease, as if their import were immediately clear and uncontroversial. But if you press strangers for concise definitions, you will likely find that the signification of these words differs from person to person.2 Maybe it’s not just that people are unwilling to update their understanding of conservatism and pragmatism—maybe it’s that they cling passionately to their understanding (or misunderstanding), fearing that their operative paradigms and working notions of 20th century history and philosophy will collapse if conservatism and pragmatism differ from some developed expectation or ingrained supposition. I began to immerse myself in pragmatism in graduate school when I discovered that its central tenets aligned rather cleanly with those of Edmund Burke, David Hume, F. A. Hayek, Michael Oakeshott, and Russell Kirk, men widely considered to be on the right end of the political spectrum even if their ideas diverge in key areas.3 In fact, I came to believe that pragmatism reconciled these thinkers, that whatever their marked intellectual differences, these men believed certain things that could be synthesized and organized in terms of pragmatism.4 I reached this conclusion from the same premise adopted by Vannatta: “Conservatism and pragmatism[] . -
Religiosity, Mindset, and Math Achievement
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by DigitalCommons@CSP (Concordia University St. Paul) Concordia University St. Paul DigitalCommons@CSP Concordia University Portland Graduate CUP Ed.D. Dissertations Research 5-1-2019 Religiosity, Mindset, and Math Achievement Kathryn Luebke Concordia University - Portland, [email protected] Follow this and additional works at: https://digitalcommons.csp.edu/cup_commons_grad_edd Part of the Education Commons Recommended Citation Luebke, K. (2019). Religiosity, Mindset, and Math Achievement (Thesis, Concordia University, St. Paul). Retrieved from https://digitalcommons.csp.edu/cup_commons_grad_edd/320 This Dissertation is brought to you for free and open access by the Concordia University Portland Graduate Research at DigitalCommons@CSP. It has been accepted for inclusion in CUP Ed.D. Dissertations by an authorized administrator of DigitalCommons@CSP. For more information, please contact [email protected]. Concordia University - Portland CU Commons Ed.D. Dissertations Graduate Theses & Dissertations 5-2019 Religiosity, Mindset, and Math Achievement Kathryn Luebke Concordia University - Portland Follow this and additional works at: https://commons.cu-portland.edu/edudissertations Part of the Education Commons CU Commons Citation Luebke, Kathryn, "Religiosity, Mindset, and Math Achievement" (2019). Ed.D. Dissertations. 305. https://commons.cu-portland.edu/edudissertations/305 This Open Access Dissertation is brought to you for free and open access by the Graduate Theses & Dissertations at CU Commons. It has been accepted for inclusion in Ed.D. Dissertations by an authorized administrator of CU Commons. For more information, please contact libraryadmin@cu- portland.edu. Concordia University–Portland College of Education Doctorate of Education Program WE, THE UNDERSIGNED MEMBERS OF THE DISSERTATION COMMITTEE CERTIFY THAT WE HAVE READ AND APPROVE THE DISSERTATION OF Kathryn Louise Luebke CANDIDATE FOR THE DEGREE OF DOCTOR OF EDUCATION Belle B. -
What's in a Mental Model of a Dynamic System? Conceptual Structure and Model Comparison
What’s in a mental model of a dynamic system? Conceptual structure and model comparison Martin Schaffernicht Facultad de Ciencias Empresariales Universidad de Talca Avenida Lircay s/n 3460000 Talca, CHILE [email protected] Stefan N. Groesser University of St. Gallen Institute of Management System Dynamics Group Dufourstrasse 40a CH - 9000 St. Gallen, Switzerland Tel: +41 71 224 23 82 / Fax: +41 71 224 23 55 [email protected] Contribution to the International System Dynamics Conference 2009 Albuquerque, NM, U.S.A. Abstract This paper deals with the representation of mental models of dynamic systems (MMDS). Improving ’mental models’ has always been fundamental in the field of system dynamics. Even though a specific definition exists, no conceptual model of the structure of a MMDS has been offered so far. Previous research about the learning effects of system dynamics interventions have used two methods to represent and analyze mental models. To what extend is the result of these methods comparable? Can they be used to account for a MMDS which is suitable for the system dynamics methodology? Two exemplary MMDSs are compared with both methods. We have found that the procedures and results differ significantly . In addition, neither of the methods can account for the concept of feedback loops. Based on this finding, we propose a conceptual model for the structure of a MMDS, a method to compare them, and a revised definition of MMDS. The paper concludes with a call for more substantive research. Keywords : Mental models, dynamic systems, mental model comparison, graph theory, mental model measurement Introduction Mental models have been a key concept in system dynamics from the beginning of the field (Forrester, 1961). -
Psychology, Meaning Making and the Study of Worldviews: Beyond Religion and Non-Religion
Psychology, Meaning Making and the Study of Worldviews: Beyond Religion and Non-Religion Ann Taves, University of California, Santa Barbara Egil Asprem, Stockholm University Elliott Ihm, University of California, Santa Barbara Abstract: To get beyond the solely negative identities signaled by atheism and agnosticism, we have to conceptualize an object of study that includes religions and non-religions. We advocate a shift from “religions” to “worldviews” and define worldviews in terms of the human ability to ask and reflect on “big questions” ([BQs], e.g., what exists? how should we live?). From a worldviews perspective, atheism, agnosticism, and theism are competing claims about one feature of reality and can be combined with various answers to the BQs to generate a wide range of worldviews. To lay a foundation for the multidisciplinary study of worldviews that includes psychology and other sciences, we ground them in humans’ evolved world-making capacities. Conceptualizing worldviews in this way allows us to identify, refine, and connect concepts that are appropriate to different levels of analysis. We argue that the language of enacted and articulated worldviews (for humans) and worldmaking and ways of life (for humans and other animals) is appropriate at the level of persons or organisms and the language of sense making, schemas, and meaning frameworks is appropriate at the cognitive level (for humans and other animals). Viewing the meaning making processes that enable humans to generate worldviews from an evolutionary perspective allows us to raise news questions for psychology with particular relevance for the study of nonreligious worldviews. Keywords: worldviews, meaning making, religion, nonreligion Acknowledgments: The authors would like to thank Raymond F. -
Effectiveness of Holistic Mental Model Confrontation in Driving Conceptual Change
Learning and Instruction xxx (2011) 1e15 Contents lists available at ScienceDirect Learning and Instruction journal homepage: www.elsevier.com/locate/learninstruc Effectiveness of holistic mental model confrontation in driving conceptual change Soniya Gadgil a,*, Timothy J. Nokes-Malach a, Michelene T.H. Chi b a Department of Psychology, Learning Research and Development Center, University of Pittsburgh, United States b Department of Psychology, Arizona State University, United States article info abstract Article history: Prior research on conceptual change has identified multiple kinds of misconceptions at different levels of Received 17 July 2010 representational complexity including false beliefs, flawed mental models, and incorrect ontological Received in revised form categories. We hypothesized that conceptual change of a mental model requires change in the system of 5 June 2011 relations between the features of the prior model. To test this hypothesis, we compared instruction aimed Accepted 8 June 2011 at revising knowledge at the mental model level called holistic confrontation e in which the learner compares and contrasts a diagram of his or her flawed mental model to an expert model e to instruction Keywords: aimed at revising knowledge at the false belief level e in which the learner is prompted to self-explain Learning Conceptual change the expert model alone. We found evidence that participants who engaged in holistic confrontation were Comparison more likely to acquire a correct mental model, and a deeper understanding of the systems of relations in Mental models the model than those who were prompted to self-explain the expert model. The results are discussed in Self-explanation terms of their implications for science instruction. -
Pragmatism and Progressivism in the Educational Thought and Practices of Booker T
PRAGMATISM AND PROGRESSIVISM IN THE EDUCATIONAL THOUGHT AND PRACTICES OF BOOKER T. WASHINGTON Ronald E. Chennault DePaul University Few men, particularly Black men, have wielded the power and influence of Booker T. Washington during his lifetime. A good deal of his colorful life is recounted in his autobiography, Up from Slavery.1 Here Washington details the most notable events of his life, from the time he spent in slavery as a youth, to his exploits and education during his adolescence, and well into his career as head of the then-Tuskegee Normal and Industrial Institute in Alabama. Washington tells of his experiences at present-day Hampton University and the extraordinary influence the lessons he learned and the people he met there had on his life philosophy. He also reserves a large part of his story to describe numerous occasions during which he spread his institution’s seeds of success and offered his advice on improving America’s race relations. Yet as revealing as his account is, both by reading its lines and between its lines, Washington’s autobiography represents only a piece of his life’s puzzle. If Washington is the “trickster” that Harlan imagines and McElroy argues,2 a fairer and fuller understanding of Washington’s wizardry necessitates moving beyond his autobiography. Restricting our understanding of Washington to his self-representation in Up from Slavery (even extending to his photographic self-representation)3 and allowing his account to epitomize his worldview does more than “oversimplify Washington . it further contributes to the uncritical acceptance of Washington’s propagandistic portrayal of Tuskegee’s goals, programs, and accomplishments.”4 Many gaps in his life story can be filled by consulting primary sources such as Washington’s writings and speeches as well as by looking to extensive biographical and numerous scholarly works on Washington. -
Mindsets and Skills That Promote Long-Term Learning
Academic Tenacity Mindsets and Skills that Promote Long-Term Learning Carol S. Dweck | Gregory M. Walton | Geoffrey L. Cohen Table of Contents Introduction 2 Defining Academic Tenacity 4 Measuring Tenacity and Its Effects on Achievement 5 Mindsets and Goals 5 Social Belonging 11 Self-Regulation and Self-Control 12 Interventions that Improve Academic Achievement by Developing Tenacity 14 Mindset Interventions 15 Social Belonging and Value Affirmation Interventions 17 Identity and Self-Relevance Interventions 19 Teaching Self-Regulation 21 Integrating Curricula with Practices that Promote Academic Tenacity 21 How Good Teachers and Schools Foster Academic Tenacity 22 Challenge 22 Scaffolding 26 Belonging 30 Endnotes 33 The authors would like to acknowledge David Paunesku and David Yeager for their valuable assistance with this report and KSA-Plus Communications for its editorial and design assistance. Academic Tenacity | 1 Introduction In a nationwide survey of high school dropouts, 69 percent said that school had not motivated or inspired them to work hard.1 In fact, many of the students who remain in school are not motivated or inspired either, and the more time students spend in K–12 education the worse it gets.2 This lack of motivation to do well in school represents a serious loss of human potential, with implications for students’ well-being later in life and for our country’s future economic growth. What prevents students from working hard in school? Is it something about them or is it something about school? More important, is there a solution to this problem? Most educational reforms focus on curriculum and pedagogy—what material is taught and how it is taught. -
Mental Models in Expert Physics Reasoning. INSTITUTION California Univ., Berkeley
DOCUMENT RESUME ED 285 736 SE 048 324 AUTHOR Roschelle, Jeremy; Greeno, James G. TITLE Mental Models in Expert Physics Reasoning. INSTITUTION California Univ., Berkeley. SPONS AGENCY Office of Naval Research, Washington, D.C. Personnel and Training Branch. REPORT NO GA-2 PUB DATE Jul 87 CONTRACT N00014-85-K-0095 NOTE 29p.; For related documents, see SE 048 323-327. PUB TYPE Reports Research/Technical (143) EDRS PRICE MF01/PCO2 Plus Postage. DESCRIPTORS *Physics; *Problem Solving; Science Education; *Science Instruction; Sciences IDENTIFIERS *Experts; *Mental Models ABSTRACT Proposed is a relational framework for characterizing experienced physicists' representations of physics problem situations and the process of constructing these representations. A representation includes a coherent set of relations among: (1) a mental model of the objects in the situation, along with their relevant properties and relations; (2) a mental model of theoretical idealizations of objects; and (3) parameter histories based on mental simulations of both models. Evidence from protocols and a small experiment support a conclusion that experienced physicists' processes of representing problem situations (a) use informal commonsense knowledge, including envisionment of objects in the situations, and (b) are interactive, with mutual. influences between informal knowledge and their technical, theorc.t.cal knowledge. Also described are characteristics of the mental models that represent problem situations and the process of constructing them, drawing from work by artificial intelligence researchers on qualitative process models, and specifying several categories of rules that would be needed for an implementation of the system as a simulation program. (Author/RH) ********************k****2********************************************* Reproductions supplied by EDRS are the best that can be made from the original document. -
1 Extending the Legacy of Morris Janowitz: Pragmatism, International
Extending the Legacy of Morris Janowitz: Pragmatism, International Relations and Peacekeeping Patricia Shields Texas State University [email protected] Joseph Soeters Netherlands Defence Academy Tilburg University [email protected] Presented at the European Group on Military and Society (ERGOMAS) Biannual Conference, June 4-7, 2013, Madrid 1 Introduction The use of force in international relations has been so altered that it seems appropriate to speak of constabulary forces, rather than of military forces. The constabulary concept provides a continuity with past military experiences and traditions ….. The constabulary outlook is grounded in, and extends, pragmatic doctrine Janowitz, 1971 p. 418 “Peacekeeping is intended to assist in the creation and maintenance of conditions conducive to long-term conflict resolution” (Bellamy et al, p.95). The resolution of these conflicts, however, is often facilitated by mediation efforts within and between nations and may not adhere to any particular traditional theory of international relations (IR). Peace support operations are carried out by dynamic international coalitions mostly under the aegis of the United Nations (UN), sometimes headed by other alliances such as NATO, the European Union or the African Union. Unfortunately, their record is mixed at best. They represent an important type of sub-national nexus event, which requires the development of new approaches to international relations theories. Throughout Europe, for example, nations are reshaping their militaries to take on new missions (Furst and Kummel 2011). Peace support and stability operations are chief among them. Conventional international relations theory, however, is weakly suited for making sense of and explaining these missions. Long-established approaches to international relations such as realism and liberal internationalism share assumptions about how the world operates.1 Unfortunately, in many international disputes strict adherence to fundamentalist thinking tends to reinforce 1 E.g. -
Constructing Mental Model Paradigms for Teaching Electronic Resources
Volume 2, 1999 Approved January 1999 ISSN: 1523-4320 www.ala.org/aasl/slr Constructing Mental Model Paradigms for Teaching Electronic Resources Julie I. Tallman, Associate Professor, Department of Instructional Technology, The University of Georgia, and Lyn Henderson, Senior Lecturer, School of Education, James Cook University of North Queensland, Australia Library media specialists activate numerous mental models when teaching electronic information literacy database access, research, and retrieval in the context of authentic school assignments. The paper identifies these models and examines what occurred when the mental models in a study sample interconnected in the complex changing environment of a lesson. Discussion focuses on the changes to the mental models the library media specialists held with respect to the electronic database, the role of the library media specialist, the lesson goals, and their teaching strategies. Findings suggest that (a) most of the library media specialists’ mental models of teaching with electronic databases were influenced by their models of teaching access, research, and retrieval with print resources and (b) even though many library media specialists identified the necessity to incorporate mental model changes for more effective teaching, these were not sufficient to counteract their habituated teaching behaviors. New policy thrusts in education are increasing the range of electronic learning technologies for use by students, placing them as central to the core curriculum, and calling for equitable access to information via these technologies (Tallman 1998). Part of this equity includes individualized instruction to help students “develop a systematic mode of inquiry to gain physical and intellectual access to information and ideas that reflect diversity of experiences, opinions, and social and cultural perspectives” (American Association of School Librarians and Association for Educational Communications and Technology 1988, 29). -
Models in the Mind the Mental Models Theory of Reasoning
Models in the Mind The Mental Models Theory of Reasoning: Refinements and Exten- sions. Edited by Walter Schaeken, Andr´eVandierendonck, Walter Schroyens, and G´eryd'Ydewalle. Mahwah, New Jersey: Lawrence Erlbaum Associates. How do people reason about the what follows from certain assumptions? How do they think about implications between statements. According to one theory, people try to use a small number of mental rules of inference to construct an argument for or proof of a relevant conclusion from the assump- tions (e.g., Rips 1994). According to a competing theory, people construct one or more mental models of the situation described in the assumptions and try to determine what conclusion fits with the model or models constructed (e.g., Johnson-Laird 1983, 2006). The present collection offers eleven con- tributions to the mental models theory. Specific theories about such reasoning can be tested by asking subjects what follows from certain assumptions. Subjects can also be asked whether a particular stated conclusion follows or is implied by the assumptions. And subjects can be given problems that seem to require such reasoning, such as the familiar the Wason (1966) selection task. In this task, four cards are placed before a subject on the table. The subject is told that the cards have a letter on one side and a number on the other wide. The subject sees only one side of the cards, e.g. \A 3 B 4". The subject is asked to indicate which of the cards need to be turned over in order to determine whether a certain claim about the cards is correct: for example, the claim that, if there is a vowel on one side, there is an even number on the other side.