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c.   Halimaton H., et al., 2001, Kimia Asas Sains   DACS 1263 FUNDAMENTAL PHYSICS
                        dan Kejuruteraan, Johor Bahru.                LEARNING OUTCOMES
                                                                      At the end of this course, students should be able to:
                                                                      LO1  Define the basic laws and comprehend the
                    DMCU 1032 FUNDAMENTAL MATHEMATICS                      basic concepts in physics.
                    LEARNING OUTCOMES                                 LO2  Apply  the  laws  and  the  concepts
                    At the end of this course, students should be able to:   systemtically in problem solving.
                    LO1  Explain   fundamental   knowledge   of       LO3  Relate  between  the  various  topics  covered
                          mathematics that is used in engineering field.    and  their  application  in  the  field  of
                    LO2  Solve  simple  engineering  problem  by           engineering.
                          providing a suitable formulation.           LO4  Make  accurate  measurement  and  present
                    LO3  Apply  knowledge  acquired  in  advanced          result in a proper scientific report.
                          mathematic   courses:   e.g.   Calculus,    SYNOPSIS
                          Engineering  Mathematics  and  Differential   The  topics  cover  in  this  course  are:  forces,
                          Equation.                                   acceleration  and  Newton’s  second  law  of  motion,
                    SYNOPSIS                                          motion  with  a  changing  velocity,  circular  motion,
                    This  course  discuss  about  Real  Number  System;   conservation  of  energy,  linear  momentum,  fluids,
                    Complex    Numbers;   Matrices;   Geometric       heats,  temperature,  electric  forces  and  fields,
                    Coordinates;  Functions  and  Graph;Trigonometry;   capacitor, electric current and circuits, reflection and
                    and Polynomials.                                  refraction of light.
                    REFERENCES                                        REFERENCES
                    a.   Larson,  R.,  2006,  Pre-Calculus,  27th  ed.   a.  Giambatista  A.,  Richardson,  B.M.,  &
                        Houghton Mifflin College..                           Richardson,  R.C.,  2007,  College  Physics,
                    b.   James,  G.,  2010,  Modern  Engineering             2nd Edition, Mc-Graw Hill.
                        Mathematics,  4th  Ed.  With  MyMathLab,         b.  Walker,  J.S.,  2007,  Physics,  3rd  Edition
                        Prentice Hall.                                       Addison Wesley.
                    c.   Sullivan, M., 2004, Brief Calculus An Applied   c.  Cutnell, J.D., & Johnson, K.W., Physics, 7th
                        Approach, Johan Wiley & Sons.                        Edition, Wiley, 2006.
                    d.   Sullivan,  M.,  &  Sullivan  III,  M.,  2007,   d.  Bueche, F. J., & Hecht, E., 2005, Sachaum’s
                        Precalculus, Prentice Hall.                          Outline  of  College  Physics,  10th  Edition,
                    e.   Blitzer,  R.,  2005,  Algebra  &  Trigonometry,     Mc-Grw Hill.
                        Prentice Hall.
                    f.   Othman, Z., & Ahmad, S.S.S., 2008, Module of
                        Fundamental Mathematics, UTeM.







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