Page 45 - SUBSEC October 2017_Neat
P. 45

whenever pertinent. Biological principles should be illustrated by specific local and regional examples.
               Use of scientific names to identify organisms is preferable.

               The  relationship  between  structure  and  function,  cause  and  effect,  stability  and  change  is  to  be
               continually  highlighted.  Where  appropriate,  this  relationship  should  be  illustrated  by  the  use  of
               annotated diagrams/drawings.

               The role of the teacher is to facilitate students’ learning of accurate and unbiased information that
               will  contribute  to  a  more  scientifically  literate  society,  capable  of  making  educated  and  ethical
               decisions regarding the world in which we live.


             THE PRACTICAL APPROACH

               The syllabus is designed to foster the use of inquiry-based learning through the application of the
               practical approach.  Students will be guided to answer scientific questions by a process of making
               observations, asking questions, doing experiments and analysing and interpreting data.  The CAPE®
               Biology syllabus focuses on the following skills.

               1.      Planning and Designing (PD)

                       (a)    Ask questions: how, what, which, why or where.  (Students must be guided by their
                              teachers to ask scientific questions).
                              Observation: Growth of plants are affected by their environment.

                              Example: Will plants that are grown using organic fertilizers grow taller than those
                              that are grown using inorganic fertilizers?

                       (b)    Construct a hypothesis: the hypothesis must be clear, concise and testable.

                              Example: Plants grown using organic fertilizer will grow taller than those grown using
                              inorganic fertilizer.

                       (c)    Design an experiment to test the hypothesis. Experimental reports must include the
                              following:

                              (i)    problem statement;

                              (ii)   an appropriate aim related to the hypothesis;

                              (iii)   list of materials and apparatus to be used;

                              (iv)   observations to be made or measurements to be taken;

                              (v)    precautions to be taken;

                              (vi)   method of controlling variables;

                              (vii)   clear and concise step by step procedure;

                              (viii)   state expected results (format of table expected);


                            CXC A10/U2/17
                                                                  7
   40   41   42   43   44   45   46   47   48   49   50