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Form Five                                                            Form Five


             5.  Design strategies for assisting students in groups to perform
                 Examples 9.14 to 9.22 in the Students Book. Engage students
                 in groups to use mathematical software to verify answers for
                 the integrals in the given examples. Advise students to post
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                 their solutions in manila cards, display them on the classroom
                 walls, and allow them to conduct gallery walk. Finally, share
                 observations for improvement.

             6.  Introduce student to the reduction formula which is an extension
                 of the method of integration by parts. Ask students through
                 group  discussions  to  find  solutions  of  complex  integration
                 problems  that  rely  on recurrence  relations  and cannot  be
                 integrated directly. Allow them to share their findings.
             7.  In groups, design an engaging strategy that will assist students
                 to solve Examples 9.23, 9.24, and 9.25 in the Student’s Book.
                 Engage  students to  use mathematical  software  to  verify  the
                 solutions obtained in the given examples. Advise students to
                 share their findings through presentations.
             8.  Require students to attempt Exercise 9.5 in the Student’s Book.
                 Advise them to submit their  work. Check the correctness
                 of their answers, and provide them constructive  feedback.
                 Encourage  students  to  explore  additional  resources, such as
                 online tutorials, Symbolab, Mathematica, or reference books,
                 to enrich their understanding and for further practice.



          Answers to Exercise 9.5

              1  2x        1                              1
                        x
                     2
          1.   2  e      x −+  2     + c  2. tan (3 )x  − 1  x −  6 ln(1 9 )x +  2  c
                                                                  +
          3.   x cos − 1     1   x −    4 x−  2  +  c
                      2 
          4.  −  x 3 cos x +  3x 2 sin x +  6 cosx  x −  6sin xc+


                                  183
                                             Mathematics for Advanced Secondary Schools



                                                                        30/06/2024   18:02:48
   ADVANCED MATH F.5 TG CHAPTERS.indd   183
   ADVANCED MATH F.5 TG CHAPTERS.indd   183                             30/06/2024   18:02:48
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