RPH MINGGU 10 : 5 – 9 MAC 2012
Date/Day | 5 March 2012 / Monday |
Class | 5K2 |
Time | 0815 – 0925 |
Subject | Mathematics |
L. Area | 1.0 : Number Bases 2.0 : Graphs of Functions II 6.0 : Statistics III [ F4 Syllabus] |
L. Objectives | 1.1 : Concept of number in base two, five, eight and ten. 2.1 : Concept of Reciprocal function. 6.4 : Frequency polygon |
L. Outcome | Students will be able to solve 20 multi-choice questions and two structured questions |
L. Activity | 1. Distribute the question papers to the students. 2. Allow the students to solve the questions in 70 minutes. |
CCTS | Solving Problems |
Noble value | Cooperation , Responsible |
Teaching's Aids | Question Paper Test 1 F5 Mathematics |
Reflections | 11 students didn't sit for the test. They were asked to sit for it on the next day. |
Date/Day | 5 March 2012 / Monday |
Class | 4S1 |
Time | 0945 – 1055 |
Subject | Mathematics |
L. Area | 1.0 : Standard Form 2.0 : Quadratic Expression and Equations 3.0 : Sets |
L. Objectives | 1.1 : Significant Figure 1.2 : Standard Form 2.1 : Quadratic Expressions 2.2 : Factorisation of Quadratic Expressions 2.3 : Quadratic Equations 2.4 :Factorisation of Quadratic Equations 3.1 : Sets 3.2 : Subset, Universal Set and Complement of a Set |
L. Outcome | Students will be able to solve 9 multi-choice questions [9 marks] and 5 structured questions [23 marks] |
L. Activity | 1. Give the students a Test 1. 2. Distribute questions paper to the students. 3. Allow the students to solve the questions in one hour. |
CCTS | Problem solving |
Noble value | Cooperation , Responsible, Building accuracy value, Having analytical thinking |
Teaching's Aids | Scientific Calculator |
Reflections | Most of the students able to finish the test on time. |
Date/Day | 5 March 2012 / Monday |
Class | 4K2 |
Time | 1205 – 1240 |
Subject | Mathematics |
L. Area | 5.0 : The Straight Line |
L. Objectives | 5.1 : Gradient of the Straight Line 5.2 : Gradient of the Straight Line in Cartesian Plane |
L. Outcome | 5.1.1 : Determine the vertical and horizontal distances between two given points on a straight line. 5.1.2 : Determine the ratio of vertical distance to horizontal distance. 5.2.1 : Derive the formula for gradient of a straight line. 5.2.2 : Calculate the gradient of a straight line passing through two points. 5.2.3 : Determine the relationship between the value of the gradient and the : (a) steepness; (b) direction of inclination of a straight line. |
L. Activity | 1. Explain examples to the students. 2. Allow the students to do Q1 – Q7 on page 47 – 49. 3. Guide the students in solving the questions. 4. Discuss the solution for each question with the students. |
CCTS | Problem solving |
Noble value | Cooperation , Responsible |
Teaching's Aids | Top Gear Matematik Tingkatan 4 [Pelangi] |
Reflections | Most of the students able to solve the questions given. |
Date/Day | 6 March 2012 / Tuesday |
Class | 4K2 |
Time | 1010 – 1120 |
Subject | Mathematics |
L. Area | 1.0 : Standard Form 2.0 : Quadratic Expression and Equations 3.0 : Sets |
L. Objectives | 1.1 : Significant Figure 1.2 : Standard Form 2.1 : Quadratic Expressions 2.2 : Factorisation of Quadratic Expressions 2.3 : Quadratic Equations 2.4 :Factorisation of Quadratic Equations 3.1 : Sets 3.2 : Subset, Universal Set and Complement of a Set |
L. Outcome | Students will be able to solve 9 multi-choice questions [9 marks] and 5 structured questions [23 marks] |
L. Activity | 1. Give the students a Test 1. 2. Distribute questions paper to the students. 3. Allow the students to solve the questions in one hour. |
CCTS | Problem solving |
Noble value | Cooperation , Responsible, Building accuracy value, Having analytical thinking |
Teaching's Aids | Scientific Calculator |
Reflections | Most of the students able to finish the test on time. |
Date/Day | 6 March 2012 / Tuesday |
Class | 5K7 |
Time | 1205 – 1240 |
Subject | Mathematics |
L. Area | Revision : 6.0 : Statistics |
L. Objectives | 6.4 : Frequency Polygons Represent and interpret data in frequency polygons to solve problems. |
L. Outcome | Students will be able to :
|
L. Activity | 1. Allow students to solve a question on frequency polygon 2. Guide the students in solving the questions. 3. Explain the marking scheme for each part of the question. 4. Discuss the solution for the question given with the students |
CCTS | Completing table, Calculating, Drawing frequency polygon, interpreting, |
Noble value | Cooperation , Responsible |
Teaching's Aids | Mathematics 3G [EASTVIEW] |
Reflections | Most of the students able to solve each part of the question with the teacher's guidance. |
Date/Day | 7 March 2012 / Wednesday |
Class | 4S1 |
Time | 1020 – 1130 |
Subject | Mathematics |
L. Area | 1.0 : Standard Form 2.0 : Quadratic Expression and Equations 3.0 : Sets |
L. Objectives | 1.1 : Significant Figure 1.2 : Standard Form 2.1 : Quadratic Expressions 2.2 : Factorisation of Quadratic Expressions 2.3 : Quadratic Equations 2.4 : Factorisation of Quadratic Equations 3.1 : Sets 3.2 : Subset, Universal Set and Complement of a Set |
L. Outcome | Students will be able to solve questions that they cannot do during the test. |
L. Activity | 1. Return the question paper for Test 1 to the students. 2. Discuss the solution for each question with the students. 3. Allow the students to do correction for each question they got wrong. |
CCTS | Problem solving |
Noble value | Cooperation , Responsible |
Teaching's Aids | Scientific Calculator, Question Paper Test 1. |
Reflections | All the students passed the test. The highest mark is 100% and the lowest mark is 50% |
Date/Day | 7 March 2012 / Wednesday |
Class | 5K2 |
Time | 1205 – 1240 |
Subject | Mathematics |
L. Area | 3.0 : Transformations III |
L. Objective | 3.1 : Understand and use the concept of combination of two transformations. |
L. Outcome | 3.1.1 : Determine the image of an object under combination of two isometric transformation. |
L. Activity | 1. Explain the examples to the students. 2. Allow the students to solve 3 questions on page 31. 3. Guide them in solving the questions. 4. Discuss the solution with the students. |
CCTS | Drawing diagram, Interpreting, Making analogies |
Noble Value | Cooperation , Responsible |
Teaching 's Aids | Top Gear Mathematics Form 5 [Pelangi] |
Reflections | Most of the students able to solve the questions given with the teacher's guidance. |
Tarikh / Hari | 8 Mac 2012 / Khamis |
Kelas | 4K2 |
Masa | 1205 – 1240 |
Mata pelajaran | Pendidikan Sivik dan Kewarganegaraan |
Tema | Ujian 1 : 1.0 : Pencapaian Kendiri 2.0 : Hubungan Kekeluargaan |
Unit |
2.3 : Keperluan Berkeluarga |
Hasil Pembelajaran | Pada akhir aktiviti ini, semua pelajar dapat :
|
Perkembangan Aktiviti |
|
KBKK | Menyelesai masalah |
Nilai | Kerjasama, Toleransi |
ABBM | Kertas Soalan Ujian 1 |
Refleksi | 100% lulus ujian ini. Markah yang tertiggi ialah 94% sementara yang terendah ialah 56% sahaja. |
Date/Day | 8 March 2012 / Thursday |
Class | 5K7 |
Time | 0945 – 1055 |
Subject | Mathematics |
L. Area | 1.0 : Number Bases 2.0 : Graphs of Functions II 6.0 : Statistics III [ F4 Syllabus] |
L. Objectives | 1.1 : Concept of number in base two, five, eight and ten. 2.1 : Concept of Reciprocal function. 6.4 : Frequency polygon |
L. Outcome | Students will be able to solve 20 multi-choice questions and two structured questions |
L. Activity | 1. Distribute the question papers to the students. 2. Allow the students to solve the questions in 70 minutes. |
CCTS | Solving Problems |
Noble value | Cooperation , Responsible |
Teaching's Aids | Question Paper Test 1 F5 Mathematics |
Reflections | 4 students didn't sit for the test. They were Lucia Mona Murusen, Nolida Rinda, Pretty Tony and Vikren John. |
Date/Day | 8 March 2012 / Thursday |
Class | 4K2 |
Time | 1130 – 1240 |
Subject | Mathematics |
L. Area | 1.0 : Standard Form 2.0 : Quadratic Expression and Equations 3.0 : Sets |
L. Objectives | 1.1 : Significant Figure 1.2 : Standard Form 2.1 : Quadratic Expressions 2.2 : Factorisation of Quadratic Expressions 2.3 : Quadratic Equations 2.4 : Factorisation of Quadratic Equations 3.1 : Sets 3.2 : Subset, Universal Set and Complement of a Set |
L. Outcome | Students will be able to solve questions that they cannot do during the test. |
L. Activity | 1. Return the question paper for Test 1 to the students. 2. Discuss the solution for each question with the students. 3. Allow the students to do correction for each question they got wrong. |
CCTS | Problem solving |
Noble value | Cooperation , Responsible |
Teaching's Aids | Scientific Calculator, Question Paper Test 1. |
Reflections | Using 40% as the passing mark, therefore the percentage students passed the test is 48%. That is 16 students got 40% and above. The highest mark is 75% [Safia Hasupi] |
Date/Day | 9 March 2012 / Friday |
Class | 5K2 / 5K7 |
Time | 0705 – 0815 / 0815 – 0925 |
Subject | Mathematics |
L. Area | 1.0 : Number Bases 2.0 : Graphs of Functions II 6.0 : Statistics III [ F4 Syllabus] |
L. Objectives | 1.1 : Concept of number in base two, five, eight and ten. 2.1 : Concept of Reciprocal function. 6.4 : Frequency polygon |
L. Outcome | Students will be able to solve the questions that they couldn't solve during the test. |
L. Activity | 1. Return the question paper for Test 1 to the students. 2. Discuss the solution for each question with the students. 3. Allow the students to do correction for each question they got wrong. |
CCTS | Drawing graph, Interpreting, Classifying. |
Noble value | Cooperation , Responsible |
Teaching's Aids | Top Gear Mathematics Form 4 [Pelangi] |
Reflections | 5K2 – 20 students passed the test. Percentage passed the test is 67%. The passing mark used was 40%. 5K7 – Only 3 students passed the test . Percentage passed the test is 12%.They were Abdul Laen Ghazaz Rambli 50%], Debra Mites [41%] and Harleysoner Jazri [45%]. |
Date/Day | 9 March 2012 / Friday |
Class | 4S1 |
Time | 1040 – 1110 |
Subject | Mathematics |
L. Area | 5.0 : The Straight Line |
L. Objectives | 5.4 : Equation of a straight line |
L. Outcome | 5.4.1 : Draw the graph given an equation of the form y = mx + c. 5.4.2 : Determine whether a given point lies on a specific straight line. 5.4.3 : Write the equation of the straight line, given the gradient and the y-intercept. 5.4.4 : Determine the gradient and the y-intercept of the straight line which equation is of the form:
|
L. Activity | 1. Explain examples to the students. 2. Allow the students to do Q13 – Q16 on page 52 – 53. 3. Guide the students in solving the questions. 4. Discuss the solution for each question with the students. |
CCTS | Problem solving |
Noble value | Cooperation , Responsible |
Teaching's Aids | Top Gear Matematik Tingkatan 4 [Pelangi] |
Reflections | Most of the students able to solve the questions given with the teacher's guidance. |
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