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Lessons and worksheets to accompany Joy Hakim's The story of science book, Aristotle leads the way.
This rich, multidisciplinary curriculum to accompany Joy Hakim’s The Story of Science: Aristotle Leads the Way covers astronomy, physics, and chemistry from Mesopotamia to the Middle Ages. The course of study is divided into five units. Each unit includes an introduction (with background information, a materials list, and standards correlated to the narrative and teaching materials) and nine class sessions. The Teacher’s Quest Guide includes embedded reading strategies to facilitate greater comprehension, hands-on science experiments to encourage learning by discovery, timeline activities, and several review and assessment activities for each unit. Students will enjoy a time-traveling cartoon character, Professor Quest, who summarizes the main point of each lesson. Multiple cross-curricular links suggest additional activities in math, language arts, history, art, and other subjects to extend learning. The accompanying Student's Quest Guide includes all necessary student worksheets. This curriculum is ideal for traditional science classes, enrichment programs, and home-school settings.
This rich, multidisciplinary curriculum to accompany Joy Hakim’s The Story of Science: Aristotle Leads the Way covers astronomy, physics, and chemistry from Mesopotamia to the Middle Ages. The course of study is divided into five units. Each unit includes an introduction (with background information, a materials list, and standards correlated to the narrative and teaching materials) and nine class sessions. The Teacher’s Quest Guide includes embedded reading strategies to facilitate greater comprehension, hands-on science experiments to encourage learning by discovery, timeline activities, and several review and assessment activities for each unit. Students will enjoy a time-traveling cartoon character, Professor Quest, who summarizes the main point of each lesson. Multiple cross-curricular links suggest additional activities in math, language arts, history, art, and other subjects to extend learning. The accompanying Student's Quest Guide includes all necessary student worksheets. This curriculum is ideal for traditional science classes, enrichment programs, and home-school settings.
We've all encountered protagonists who, over the course of a novel, turn out to be more complicated than we thought at first. But what does one do with a major character who simplifies as a novel progresses, to the point where even this novel's other characters begin to disregard him? Flat Protagonists shows that writers have undertaken such formal experiments-which give rise to its titular “flat protagonists”-since the novel's incipience. It finds such characters in British and French novels ranging from the late-seventeenth to the early-twentieth century by Aphra Behn, Isabelle de Charrière, Françoise de Graffigny, Thomas Hardy, and Marcel Proust. Marta Figlerowicz argues that these uncommon flat protagonists challenge our larger views about the novel as a genre. Upending a longstanding tradition of valuing characters for their complexity, Figlerowicz proposes that novels, and their characters, should be appreciated for highlighting the limits to how much attention any particular person's self-expression tends to garner, and how much insight anyone has to offer her community. As invitations to consider how we might come across to others, rather than merely how others come across to us, flat protagonists both subvert and complement the more conventional approach to novels as, at their best, sites of instruction in interpersonal empathy.
How Science Works provides student and practising teachers with a comprehensive introduction to one of the most dramatic changes to the secondary science curriculum. Underpinned by the latest research in the field, it explores the emergence and meaning of How Science Works and reviews major developments in pedagogy and practice. With chapters structured around three key themes - why How Science Works, what it is and how to teach it – expert contributors explore issues including the need for curriculum change, arguments for scientific literacy for all, school students’ views about science, what we understand about scientific methods, types of scientific enquiry, and, importantly, effective pedagogies and their implications for practice. Aiming to promote discussion and reflection on the ways forward for this new and emerging area of the school science curriculum, it considers: teaching controversial issues in science argumentation and questioning for effective teaching enhancing investigative science and developing reasoned scientific judgments the role of ICT in exploring How Science Works teaching science outside the classroom. How Science Works is a source of guidance for all student, new and experienced teachers of secondary science, interested in investigating how the curriculum can provide creativity and engagement for all school students.
In this unique and important book, William Altman shines a light on the pedagogical technique of the playful Plato, especially his ability to create living discourses that directly address the student. Reviving an ancient concern with reconstructing the order in which Plato intended his dialogues to be taught as opposed to determining the order in which he wrote them, Altman breaks with traditional methods by reading Plato’s dialogues as a multiplex but coherent curriculum in which the Allegory of the Cave occupies the central place. His reading of Plato's Republic challenges the true philosopher to choose the life of justice exemplified by Socrates and Cicero by going back down into the Cave of political life for the sake of the greater Good.
In Pragmatism, Democracy, and the Necessity of Rhetoric, Robert Danisch examines the search by America's first generation of pragmatists for a unique set of rhetorics that would serve the needs of a developing democracy. Digging deep into pragmatism's historical development, Danisch sheds light on its association with an alternative but significant and often overlooked tradition. He draws parallels between the rhetorics of such American pragmatists as John Dewey and Jane Addams and those of the ancient Greek tradition. Danisch contends that, while building upon a classical foundation, pragmatism sought to determine rhetorical responses to contemporary irresolutions. rhetoric, including pragmatism's rejection of philosophy with its traditional assumptions and practices. Grounding his argument on an
Alister McGrath's work on the relationship between Science and Theology makes the most notable contribution to the subject written by an evangelical in recent history. McGrath holds earned doctorates in both science and theology, and his three volume set, A Scientific Theology, is the culmination of three decades of his work on the subject. In this book, James K. Dew explores McGrath's contribution to the issue and highlights the benefits of adopting a critical realist perspective such as his own. In particular, Dew argues that McGrath's approach helps establish a unified theory of knowledge, and holds significant advantages for scientists and theologians alike.
The Future of Representative Democracy poses important questions about representation, representative democracy and their future. Inspired by the last major investigation of the subject by Hanna Pitkin over four decades ago, this ambitious volume fills a major gap in the literature by examining the future of representative forms of democracy in terms of present-day trends and past theories of representative democracy. Aware of the pressing need for clarifying key concepts and institutional trends, the volume aims to break down barriers among disciplines and to establish an interdisciplinary dialogue among scholars. The contributors emphasise that representative democracy and its future is a subject of pressing scholarly concern and public importance. Paying close attention to the unfinished, two-centuries-old relationship between democracy and representation, this book offers a fresh perspective on current problems and dilemmas of representative democracy and the possible future development of new forms of democratic representation.
The symbolism of the Kabbalistic Tree of Life is explained, and its connections to astrology, numerology, angel lore, tarot, and the meaning of colors are shown. The Tree of Life is a potent tool for self-discovery and profound inner knowing, as the author shared in her popular workshops.