Date | 20/6/10 (Monday) |
Time | 8.15 a.m. – 9.25 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Numbers and sets
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Learning Area | Complex numbers
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Learning Outcome | Student should be able to determine the real part and imaginary part of a complex number.
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Activities | - Discussing Example 13 (textbook, page 21)
- Working out questions 20 and 21 (textbook, page 36)
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Teaching Aids | Textbook
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Reflection | Student have been able to determine the real part and imaginary part of a complex number in questions 20 and 21. |
Date | 20/6/10 (Monday) |
Time | 11.30 a.m. – 12.40 p.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Polynomials |
Learning Area | Simultaneous equations |
Learning Outcome | Students should be able to determine the solution of a pair of simultaneous equations. |
Activities | - Discussing Example 32 (textbook, page 71)
- Working out questions 1 and 2 (textbook, page 75)
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Teaching Aids | Ace Ahead STPM Text Mathematics T (Oxford Fajar, Volume 1) |
Reflection | Students have been able to determine the solution of a pair of simultaneous equations in questions 1 and 2. |
Date | 21/6/10 (Tuesday) |
Time | 8.15 a.m. – 9.45 a.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Polynomials |
Learning Area | Partial Fraction |
Learning Outcome | Students should be able to express a polynomial function into partial fractions of Type 1.
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Activities | - Discussing Example 37 (textbook, page 77)
- Working out questions 1, 2 and 3 (textbook, page 83)
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Teaching Aids | Textbook |
Reflection | Students have been able to express a polynomial function into partial fractions of Type 1 in questions 1, 2 and 3.
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Date | 21/6/10 (Tuesday) |
Time | 9.45 a.m. – 10.55 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Polynomials |
Learning Area | Partial Fractions |
Learning Outcome | Students should be able to express a polynomial function in partial fractions. |
Activities | - Discussing Example 37 (textbook, page 77)
- Working out questions 1, 2 and 3 (textbook, page 83)
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Teaching Aid | Textbook
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Reflection | Students have been able to express a polynomial function in partial fractions in questions 1, 2 and 3.
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22/6/11 (Rabu): Hari Permuafakatan
Date | 23/6/10 (Thursday) |
Time | 8.15 a.m. – 9.25 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Numbers and sets
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Learning Area | Exponential equations
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Learning Outcome | Student should be able to determine the solution of an exponential equation.
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Activities | - Discussing Example 5 (textbook, page 10)
- Working out question 5 (textbook, page 35)
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Teaching Aids | Textbook
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Reflection | Students have been able to determine the solution of an exponential equation in question 5.
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Date | 23/6/10 (Thursday) |
Time | 10.20 a.m. – 11.30 a.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Polynomials |
Learning Area | Partial Fraction |
Learning Outcome | Students should be able to express a polynomial function into partial fractions of Type 2.
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Activities | - Discussing Example 38 (textbook, page 77)
- Working out questions 3 and 4 (textbook, page 83)
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Teaching Aids | Textbook |
Reflection | Students have been able to express a polynomial function into partial fractions of Type 2 in questions 3 and 4.
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Date | 24/6/10 (Friday) |
Time | 8.15 a.m. – 9.25 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Numbers and sets
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Learning Area | Sets
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Learning Outcome | Student should be able to determine the union of two sets.
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Activities | - Discussing Example 18 (textbook, page 29)
- Working out question 1a and 1b (textbook, page 31)
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Teaching Aids | Textbook
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Reflection | Students have been able to determine the union of two sets in question 1a and 1b.
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Date | 24/6/10 (Friday) |
Time | 9.45 a.m. – 10.55 a.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Sequences and Series |
Learning Area | Sequences
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Learning Outcome | Students should be able to determine the first four term of a sequence. |
Activities | - Discussing Example 6 (textbook, page 92)
- Working out questions 2a and 2b (textbook, page 93)
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Teaching Aids | Textbook |
Reflection | Students have been able to determine the first four term of a sequence in questions 2a and 2b.
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