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2.2      LINEAR MOTION EQUATION SYMBOL         - v = FINAL VELOCITY        - u = INITIAL VELOCITY        - a = ACCELERATION         - t  = TIME TAKEN       -  d = DISPLACEMENT FORMULA       i ) v = u + at      ii ) s = ut + 1/2 at^2      iii) s = 1/2 ( u + v ) t      iv) v^2 = u^2 = 2as 2.3    LINEAR MOTION GRAPH ( VELOCITY - TIME GRAPH ) EXAMPLE  GRAPH A * When the line rises the object is speeding up ( contant acceleration ) GRAPH B * When the line horizontal , the object is constant velocity and acceleration is zero  GRAPH C * When the line fall , the object is slow down ( constant deceleration )

LECTURE R    NAME'S   :   PUAN   NOR   FARHANA    BINTI   FALIL  PROGRAMME : DKA1A  GROUP MEMBERS  1) MOHAMAD  AFIQ   DAMIERAL   BIN   MOHD ZAINI    (14DKA18F2029) 2) CHE   KU   NUR   FARAH   ASHIKIN   BINTI   CHE   KU   MOHD   ZAIB (14DKA18F2035) 3) NORHANISSA   BINTI   RAZALI   (14DKA18F2007) 4) FAKQRON   NISAA   ATIQAH   BINTI    ZAILANI (14DKA18F2039) TOPIC 1 : UNIT    AND  MEANSUREMENT 1.1 PHYSICAL QUANTITIES AND UNITS A quantity that can be measured. A physical quantities have numericalvalue and unit of measurement Physical quantities is classified into two types: base quantities derived quantities 1.1 BASE QUANTITIES  ...