Page 6 - ICSE Math 8
P. 6

Syllabus






                                                               Number System
                              Key Concepts                   Learning Outcomes          Suggested Transactional Processes
                     Rational Numbers                 Students will be able to:         •  Revising previous concepts learnt by
                     •  Properties of rational numbers.   •  describe properties of rational numbers   children.
                      (including identities). Using general   and express them in general form;  •  Building on children’s previous
                      form of expression to describe   •  consolidate operations on rational   learning
                      properties                        numbers;                        •  Involving  children  in  writing
                    •  Representation of rational numbers   •  represent rational numbers on the   general form of rational numbers and
                      on the number line                number line;                     associating it with the rules of algebra.
                     •  Between any two rational numbers   •  understand that between any two   The operations on algebraic expressions
                      there lies another rational number  rational numbers there lies another   will help in describing properties of
                     •  Word problem                    rational number                  rational numbers.
                     Exponents and Powers             •  generalise and verify properties of   •  Encouraging children to use the
                     •  Laws of exponents with integral   rational numbers. (including identities);  rules for comparison of integers and
                      powers                          •  use general form of expression to   fractions to develop their own rules for
                     •  Square and Square roots using factor   describe properties of operations   comparison of rational numbers.
                      method and division method for    on rational numbers like closer,   •  Encouraging children to reach the
                      numbers containing (a) no more than   commutative, associative, existence of   conclusion that half of the sum of two
                      total 4 digits and (b) no more than 2   identity and existence of inverse;  rational numbers lies between them
                      decimal places                  •  write repeated multiplication and   and thus a rational number can be
                     •  Cubes and cubes roots (only factor   division using integers as exponents;  obtained between any two rational
                      method for numbers containing at   •  describe and verify laws of exponents   numbers. Providing hints to children
                      most 3 digits)                    with integral powers;            while reaching the conclusion that
                     Playing with Numbers             •   find squares, square roots, cubes, cube   the process of finding a rational
                     •  Writing and understanding a 2-digit   roots of number;           number between any two numbers
                      and 3-digit number in generalized   •  find square and square roots;  never stops and thus there lies infinite
                      form (100a + 10b + c, where a, b, c   •  find cubes and cubes roots;  many rational numbers between any
                      can be only digit 0-9) and engaging   •   estimate square roots and cube roots.  two rational numbers
                      with various puzzles            •   write and understand a 2- and 3-digit   •  Facilitating children to observe
                     •  Children to solve and create problems   numbers in generalized form  patterns in square numbers and to
                      and puzzles.                    •   deduce the divisibility test rules of 2, 3,   form their rules for perfect square
                     •  Deducing  the  divisibility test rules   5, 9, 10 for a two or three-digit number   numbers and square roots.
                      of 2, 3, 5, 9, 10 for a 2- or 3-digit   expressed in the general form;  •  Facilitating children to observe
                      number  expressed  in the general   •  find union and intersection of sets;  patterns in perfect cube numbers and
                      form.                           •  define disjoint sets;           form rule for cube root numbers.
                     Sets                             •   find complement of a set.     •  Utilizing children’s understanding
                     •  Union and intersection of sets                                   about algebra to introduce the
                     •   Disjoint set                                                    generalized form of 2- and 3-digit
                     •   Complement of a set                                             numbers and to prove divisibility test
                                                                                         of numbers.
                                                            Ratio and Proportion
                              Key Concepts                   Learning Outcomes          Suggested Transactional Processes
                     •  Slightly advanced problems involving  Students will be able to:  •  Arriving at the formula for
                      applications on percentages, profit   •  solve slightly advanced problems   compound interest through patterns
                      and loss, overhead expenses,      involving application on percentages,   and using it for simple problems.
                      Discount, tax.                    profit and loss, overhead expenses,
                     •  Difference between simple and   discount and tax;
                      compound interest (compounded   •   explore the difference between simple
                      yearly up to 3 years or half-yearly up   and compound interest (compounded
                      to 3 steps only                   yearly up to 3 years or half-yearly up
                                                        to 3 steps only),
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