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MODULE      CAPE    CAPE 2018 U1        CSEC     CSEC  2013 SO  Status in final
                #       2018     SO which needs       2013                        CAPE Physics

                        SO #     to be OMITTED  Section/                          syllabus
                                                      SO #



                                                               Vacuum flask
                                                               and solar water
                                                               heater.


               CAPE 2018 U1 Suggested Practical Activities which need to be OMITTED
               Reason: Suggested Practical Activities not matching with quoted Specific Objectives
                   MO   CAPE      CAPE 2018        Practical     Comment on Practical  Status in final
                  DUL
                  E    #   2018      U1 SO          Activity             activity         CAPE Syllabus
                         SO #                       Page #

                  1     1.7       distinguish    79              Normal Distribution      Listed as
                                  between                        and Standard             objective 1.8
                                  precision and                  Deviation are not in     and NOT
                                  accuracy;                      SO 1.7 or the rest of    omitted
                                                                 the CAPE Physics
                                                                 syllabus.


                                                        CAPE  U1 SO OMITTED in 2018
              MODULE #  2007  2018            CAPE  U1 SO OMITTED in 2018              COMMENTS
                             SO #  SO #
              1              3.18    -      apply the expression v = r  to problems   Not changed to
                                            involving circular motion;                    suggested

              1              5.2     -      derive the formula for kinetic energy EK     Changed to
                                                   2
                                            = ½ mv  ;                                     suggested
              2              1.4     -      derive the period of the simple              Changed to
                                            pendulum as T = 2 π√(l/ g ) and of the        suggested
                                            mass on a spring as T = 2 π √ (m/ k )
              2              2.18    -      derive the approximation      y =   /    Changed to
                                              to solve problems;                        suggested
              2              3.5     -      Distinguish between converging and           Changed to
                                            diverging lenses & discuss significance       suggested
                                            of focal length & Power of lens
              3              4.4     -      use the equation   pV = 1/3Nm̅   2         Changed to
                                                                                          suggested






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