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Turner, Paul – Australian Senior Mathematics Journal, 2015
This article aims to illustrate a process of making connections, not between mathematics and other activities, but within mathematics itself--between diverse parts of the subject. Novel connections are still possible in previously explored mathematics when the material happens to be unfamiliar, as may be the case for a learner at any career stage.…
Descriptors: Mathematics, Geometric Concepts, Graphs, Matrices
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Eusebi, Paolo – Structural Equation Modeling: A Multidisciplinary Journal, 2008
A graphical method is presented for assessing the state of identifiability of the parameters in a linear structural equation model based on the associated directed graph. We do not restrict attention to recursive models. In the recent literature, methods based on graphical models have been presented as a useful tool for assessing the state of…
Descriptors: Structural Equation Models, Graphs, Evaluation Methods, Mathematical Concepts
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Albrecht, Klaus – International Journal of Mathematical Education in Science and Technology, 1974
A graphical method is proposed which allows one to visualize a real matrix and its inverse. In this scheme, various special properties of the matrix are easily recognized. Up to 5x5 matrices can be graphed on an average page if the range of values does not exceed two orders of magnitude. (Author/LS)
Descriptors: Graphs, Mathematical Concepts, Mathematical Models, Mathematics Education
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Oldknow, Adrian – Teaching Mathematics and Its Applications, 1996
Presents an activity that illustrates how data stored in a matrix or list can be plotted as a graph in the parameter plotting mode on graphic calculators. (ASK)
Descriptors: Calculators, Graphs, Mathematical Concepts, Mathematics Instruction
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Fay, Temple H.; Lott, P. Aaron – International Journal of Mathematical Education in Science and Technology, 2002
This paper discusses a result of Li and Shen which proves the existence of a unique periodic solution for the differential equation x[dots above] + kx[dot above] + g(x,t) = [epsilon](t) where k is a constant; g is continuous, continuously differentiable with respect to x , and is periodic of period P in the variable t; [epsilon](t) is continuous…
Descriptors: Equations (Mathematics), Algebra, Calculus, Mathematical Logic