Date | 18/6/2012 |
Time | 8.15 am - 9.25 am |
Class | 5 Science 1 |
Subject | Chemistry |
Theme | Interaction Between Chemicals |
Learning Area | Oxidation And Reduction |
Learning Objective | Analysing redox reactions in electrolytic and chemical cells |
Learning Outcome | Student is able to : |
Activities | Discuss redox reactions in electrolytic and chemical cells. |
Noble Values | Appreciating the balance of nature. |
Teaching Aids | a) Text book |
Reflection | Today's objectives are achieved. All of students are able to explain the differences of electrolytic and chemical cells. They also able to describe the redox reactions occur in both cells by applying their previous knowledge. Teacher gives exercises to evaluate their understanding. |
Date | 18/6/2012 |
Time | 9.45 am - 10.55 am |
Class | 4 Science 2 |
Subject | Chemistry |
Theme | Matter Around Us |
Learning Area | Chemical Bonds |
Learning Objective | Synthesising ideas on formation of covalent bond |
Learning Outcome | Student is able to : |
Activities | Collect and interpret data on formation of covalent bond. |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Text book |
Reflection | At first, teacher recalls the lesson on ionic compound to make them clearly defined and able to differentiate between covalent and ionic bond. Luckily students still remember the concepts of ionic bond and able to draw the electronic configuration and Lewis Structure for the compound given by teacher. Some of them get confused with the single, double and triple bond. Teacher gives several examples and only then they are able to draw the structure properly. |
Date | 19/6/2012 |
Time | 7.05 am - 8.15 am |
Class | 4 Science 3 |
Subject | Chemistry |
Theme | Matter Around Us |
Learning Area | Chemical Bonds |
Learning Objective | Analysing properties of ionic and covalent compounds |
Learning Outcome | Student is able to : |
Activities | Collect and interpret data on properties of ionic and covalent compounds. |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Text book c) Workbook |
Reflection | Only some of the students still remember the previous lesson regarding ionic bond and covalent bond. Teacher has to reinforce back the knowledge to help them recall their memory on that subtopic. Students have no problems during discussion on the properties of ionic and covalent bond. They refer to the textbook and give the answers when ask by teacher. Teacher evaluate their understanding by instruct students to do Paper 2 questions in their workbook. Students discuss among themselves and teacher monitors them. |
Date | 19/6/2012 |
Time | 9.45 am - 10.25 am |
Class | 5 K 1 |
Subject | Science |
Theme | Matter In Nature |
Learning Area | Carbon Compounds |
Learning Objective | Understanding natural polymers |
Learning Outcome | Student is able to : a) State what natural polymer is b) Give examples of natural polymer c) State what synthetic polymer is d) Give examples of synthetic polymer |
Activities | Discuss various samples of natural and synthetic polymers. |
Noble Values | Appreciating the balance of nature. |
Teaching Aids | a) Text book c) Workbook |
Reflection | Today's objectives are achieved. All of students are involved actively in today's lesson. They contribute ideas that are suitable with the topic being discussed. |
Date | 19/6/2012 |
Time | 10.55 am - 12.05 pm |
Class | 4 Science 1 |
Subject | Chemistry |
Theme | Matter Around Us |
Learning Area | Chemical Bonds |
Learning Objective | Analysing properties of ionic and covalent compounds |
Learning Outcome | Student is able to : |
Activities | Collect and interpret data on properties of ionic and covalent compounds. |
Noble Values | Appreciating the balance of nature. |
Teaching Aids | a) Textbook |
Reflection | Today's objectives are achieved. Teacher has no problems on explaining the content of today's lesson since all of students still remember the previous lesson on ionic and covalent bond. They evaluate themselves by doing exercises in the textbook. |
Date | 20/6/2012 |
Time | 7.05 am – 8.15 am |
Class | 4 K 9 |
Subject | PSN |
Theme | Maintenance And Continuity Of Life |
Learning Area | Heredity And Variation |
Learning Objective | Understanding the principles and mechanism of inheritance |
Learning Outcome | Student is able to do the schematic diagram of pure breed |
Activities | Draw a schematic diagram of pure breed |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Text book |
Reflection | At first teacher draw the schematic diagram and explain to students. Got one students that are very interested in the lesson and he volunteered to complete the diagram for teacher. Other student listen carefully to teacher's explanation and able to do the diagram. |
Date | 20/6/2012 |
Time | 9.45 am – 10.55 am |
Class | 5 K 1 |
Subject | Science |
Theme | Matter In Nature |
Learning Area | Carbon Compounds |
Learning Objective | Understanding natural polymers |
Learning Outcome | Student is able to : a) State the characteristics of natural rubber b) Explain the action of acids on latex c) Explain the action of ammonia solution on latex d) Describe vulcanisation of rubber e) Relate the characteristics of vulcanised rubber to the structure of its molecule f) List the uses of vulcanised rubber |
Activities | Discuss : a) The characteristics of natural rubber b) The coagulation of latex by the action of acids c) The prevention of coagulation of latex by ammonia solution d) Uses of vulcanized rubber |
Noble Values | Appreciating the balance of nature. |
Teaching Aids | a) Text book c) Workbook |
Reflection | Today's objectives are achieved. All of students are able to complete the exercises in the workbook by giving correct answers. They discuss among group members to get better understanding. All of students involved actively in today's lesson. |
Date | 20/6/2012 |
Time | 11.30 am – 12.40 pm |
Class | 5 Science 1 |
Subject | Chemistry |
Theme | Interaction Between Chemicals |
Learning Area | Thermochemistry |
Learning Objective | Evaluating energy changes in chemical reactions |
Learning Outcome | Student is able to : |
Activities | Collect and interpret data on exothermic and endothermic reaction. |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Textbook |
Reflection | Today's objectives are achieved. At first, all of students get confuse with the concept of exothermic and endothermic. Teacher explains furthermore by using diagram and table of comparison. Finally they also copy down the table to compare the exothermic and endothermic. Students also able to relate the concepts with their daily life experiences by giving examples. |
Date | 21/6/2012 |
Time | 8.15 am - 9.25 am |
Class | 4 Science 2 |
Subject | Chemistry |
Theme | Matter Around Us |
Learning Area | Chemical Bonds |
Learning Objective | Analysing properties of ionic and covalent compounds |
Learning Outcome | Student is able to : |
Activities | Collect and interpret data on properties of ionic and covalent compounds. |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Text book |
Reflection | No P&P. Teacher take sick leave. |
Date | 21/6/2012 |
Time | 9.45 am - 10.55 am |
Class | 4 Science 3 |
Subject | Chemistry |
Theme | Interaction Between Chemicals |
Learning Area | Electrochemistry |
Learning Objective | Understanding properties of electrolytes and non-electrolytes |
Learning Outcome | Student is able to : |
Activities | Discuss : |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Text book |
Reflection | No P&P. Teacher take sick leave. |
Date | 22/6/2012 |
Time | 8.15 am - 9.25 am |
Class | 4 Science 1 |
Subject | Chemistry |
Theme | Interaction Between Chemicals |
Learning Area | Electrochemistry |
Learning Objective | Understanding properties of electrolytes and non-electrolytes Analysing electrolysis of molten compounds |
Learning Outcome | Student is able to : d) Describe electrolysis |
Activities | Discuss : c) Electrolysis |
Noble Values | Appreciating the contribution of science and technology. |
Teaching Aids | a) Text book |
Reflection | All of students are able to differentiate between electrolytes and non-electrolytes. 3 of the students need further explanation about the concept of electrolysis of molten compound especially when predict the product formed at anode and cathode. The rest of the students doing good and able to give the solution for each electrolysis process of molten compounds. |
Date | 22/6/2012 |
Time | 9.40 am – 10.40 am |
Class | 5 K 1 |
Subject | Science |
Theme | Force And Motion |
Learning Area | Motion |
Learning Objective | Analysing the motion of vehicles on land. |
Learning Outcome | Student is able to : a) Describe the structure and principle of operation of vehicles without engines b) Describe the structure and principle of operation of vehicles with engines c) Explain the structure and operation of the four stroke petrol engine d) Explain the structure and operation of the four stroke diesel engine e) Explain the structure and operation of a two stroke petrol engine f) Compare and contrast the four stroke petrol engine with the four stroke diesel engine g) Compare and contrast the four stroke petrol engine with the two stroke petrol engine h) Relate the structure and operation of the engine to the movement of vehicles. |
Activities | Compare and contrast the following in terms of structure, operation and the efficiency of the engines : a) The four stroke petrol engine with the four stroke diesel engine b) The four stroke petrol engine with the two stroke petrol engine |
Noble Values | Appreciating the balance of nature. |
Teaching Aids | a) Text book c) Workbook |
Reflection | Some of the students involved actively in the class since they have a little knowledge about this subtopic based on their daily life experiences. Teacher evaluates students understanding by asking them to do the exercises in the workbook. Today's objectives do not fully achieve because most of them do not remember the facts about the engines. |
No comments:
Post a Comment