Mathematics 1
الخطوط العريضة للقسم
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These lessons are intended for first-year students of Material Sciences department, according to the curriculum provided by the ministry, the mathematics scale for the first year of algebra and mathematical analysis. This scale is divided into two parts over two semesters, where students study in the first semester Maths 1, and in the second semester Maths 2. The average for this course is calculated by the sum of 33% of the TS point and 67% of the exam point score in each semester.
These lessons can be foundational for the first year and introductory to the second year, at the starting point for further training in calculating integrals and matrices and solving differential equations. These lessons have been written in a clear and simple way to motivate students to learn the basic principles and concepts of algebra and mathematical analysis, in an attempt to simplify definitions and interpretations of calculus methods and differential equations, which requires describing a physical, chemical or other phenomenon and knowing certain things about these phenomena, observations, or samples.
In these lessons, we have incorporated carefully processed examples and exercises. Some of the exercises can be found in different sites that have been scrutinized and translated into Arabic. This work is divided into two parts, the first of which is devoted to algebra and the second is devoted to mathematical analysis in each semester. At the end of each chapter, we discuss a series of solved exercises that help in deepening and consolidating concepts.
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• Belorizky, E., Mathematical Tools for Scientists and Engineers, EDP Sciences, Paris (2007).
• Appel, W., Mathematics for Physics and Physicists, 4th ed., H&K Editions, Paris (2008).
• Aslangul, C., Mathematics for the Sciences: Concepts, Methods, and Techniques for Modeling, De Boeck, Brussels (2011).
• Aslangul, C., Mathematics for the Sciences 2: Detailed and Commented Solutions to Exercises and Problems, De Boeck, Brussels (2013).
• Piskounov, Differential and Integral Calculus, Vol. 2, MIR Publishers (1976).