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Showing 1 to 9 of 9 for “"Solving Equations"”.
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Implementing the 5E Instructional Model into an Algebra 1 Solving Equations Unit
… explain, elaborate, and evaluate problem solving. This curriculum project presents 5 sequential Algebra 1 lessons designed around the 5E model to teach the Solving Equations Unit. The lessons present how well this instructional model fits with mathematics instruction to support student …
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Beginning Algebra Student's Conceptual Understanding Of Variables In The Context Of Solving Equations: A Conceptual Change Inquiry.
… conceptual understandings of variables, solving equations, and the juxtaposition of the two. The goal of this study is to design a curricular intervention for a beginning Algebra 1 course and document, analyze, and interpret conceptual changes beginning algebra students experience in …
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A Curriculum Project on Expressions and Equations in Mathematics 8 Aligned to the Common Core State Standards
… This curriculum project provides a unit plan on solving equations for the eighth grade curriculum, which is aligned to the Common Core State Standards. The unit plan addresses expressions and equations in alignment with, Mathematical Practice Standard 8. The curriculum project may act as a …
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Métodos iterativos aplicados a la ecuación de Kepler
… analysis, represented by iterative methods of solving equations. We investigate the behavior of a point methods (such as Newton's method, Halley's method, Chebyshev's method, super-Halley's method and Danby's method) and multipoint methods (such as the secant's method, bisection's method and …
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Using Relational and Instrumental Understandings to Prepare Students for Success With Solving Quadratic Equations on End of Course Exams
Solving quadratic equations is one of the most important units taught in Algebra, but also one of the most difficult for student understanding. This curriculum is to get students using their calculator and blending the meaning of solving equations with graphing functions, with the end goal of …
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Model Order Reduction: Application to Electromagnetic Problems
… of dynamical and nonlinear behaviors by solving equations at local scale, however the spatial discretization inherent to such approaches is also its main drawback. In- deed, it usually leads to (very) large systems of equations—requiring abundance of computational resources, usually far …
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El Lenguaje CLP(H/E): Una Aproximación basada en Restricciones a la Integración de la Programación Lógica y Funcional
… of the CLP scheme that is specialized in solving equations in an equational Horn theory E. The computer structure is given just by the smallest partition H/E induced by E on the Herbrand universe H for the program. The equality = is the only predicate symbol for constraints, that is …
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An investigation into the constitution of absolute value inequalities by Grade 12 students in a selection of Western Cape State schools as displayed in students' solutions to a baseline test problem
… is heavily influenced by their experiences of solving equations- as evidenced by students who inserted an equality symbol into their solution of an absolute value inequality problem. Another finding in the literature confirmed in this study is that one of the most common errors in students' …
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Integrated Photonic Iterative Processors for Computing
… is also used to solve integral and differential equations involving 8×8 and 16×16 matrix inversions by using block matrix inversion methods. This thesis demonstrates the first 2×2 partially integrated crossbar array-based PIPs with on-chip optical loops for complex-valued matrix inversions, …