Page 449 - Undergraduate Catalog 2024-25

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MTT 200 - Calculus II other topics such as; Determinants, in Physics I course (PHY 102) by
Linear Transformations, Eigenvectors performing landmark experiments
Credit Hours: 3 and Eigenvalues and Diagonalizing with emphasis on the presentation
Prerequisite: MTT 102 Matrices. Engineering applications of and interpretation of experimental
This Calculus II course builds upon linear algebra are incorporated using data.
Calculus I whose purpose was to Math software available. PHY 201 - Physics and
establish a firm understanding of MTT 205 - Differential Equations Engineering Applications II
the foundations of calculus and
their applications. It will start with Credit Hours: 3 Credit Hours: 3
some functions seen in Calculus I. Prerequisite: MTT 200 Prerequisite: PHY 102
Then, students will be introduced Co-requisite: MTT 204
to the concepts of Transcendental The course is intended to provide
Functions, Integration Technique, The course aim is to provide computer science students with
infinite Series and power Series. engineering students with some sufficient understanding and
standard methods to solve first order knowledge of physics concepts in
Through the process of working Separable, Exact, Linear and Bernoulli Electricity and Magnetism that can
through application problems, the differential equations. Construct be relevant to their field of study.
student will develop the ability to mathematical models of simple The course is divided into two parts;
interpret and evaluate real world physical systems. Solve higher order Electricity and Magnetism.
linear ODE’s with constant
application problems from text form The topics covered are; electric
into a mathematical equation. coefficients. Solve ordinary linear field, Gauss’s law, electric potential,
differential equations using infinite capacitance and dielectrics, current
MTT 201 - Calculus III series and Laplace transform. Solve and resistance, direct current circuits,
Credit Hours: 3 systems of differential equations. magnetic fields, sources of magnetic
Prerequisite: MTT 200 PHY 102 - Physics & Engineering field, Faraday’s law, inductance, and
alternating current circuits. Taken
This course is a continuation of the Applications I Simultaneously with PHY 201L
study of calculus II. The purpose was Credit Hours: 3 (1credit hour) prerequisite PHY 102 +
to establish a firm understanding Prerequisite: MTT 102 PHY 201 Co-requisite.
of multi-dimensional aspects of
calculus and its applications. The The course aim is to provide
topics covered are: An introduction computer science students with clear PHY 201L - Physics and
to vectors and geometry of space, understanding of the basic concepts Engineering Application II
partial derivatives, and multiple of physics. The course is divided into Laboratory
integrals. two parts: Mechanics, and Waves.
The topics covered are; Units, Vectors Credit Hour: 1
Through the process of working and Scalars, Kinematics, Newton’s
through application problems, the laws of Motion, Work and Energy, Prerequisite: PHY 102
student will develop the ability to Oscillatory Motion, Wave Motion, Co-requisite: PHY 201
interpret and evaluate real world Sound Waves, and Superposition of This course is designed to help
application problems from text form Waves. Taken simultaneously with students develop the ability to
into a mathematical equation. PHY 102L (1 credit hour) prerequisite perform scientific experiments and
MTT 204 - Introduction to Linear MTT 102 + PHY 102 Co-requisite. to enhance their understanding of
Algebra PHY 102L - Physics and theoretical material presented in
Phy201 (Electricity and Magnetism)
Credit Hours: 3 Engineering Applications I by performing landmark experiments
Prerequisite: MTT 200 Laboratory with emphasis on the presentation
and interpretation of experimental
This course is an introduction to Credit Hours: 1 data.
Linear Algebra and some of its Prerequisite: MTT 102
applications. The aim is to teach the Co-requisite: PHY102 The student will be required to make
fundamentals of linear algebra in a This course is designed to help extensive use of computer-generated
way that illustrates their relevance students develop the ability to graphs and tables for displaying and
to engineering applications. An perform scientific experiments and analyzing experimental data. This
Introduction to Matrices and Systems to enhance their understanding will be accomplished using Excel
of Linear Equations are given with of theoretical concepts presented or other spreadsheet programs of

Abu Dhabi University | Undergraduate Catalog 2024 - 2025