Sunday, April 25, 2010

Lesson Plan Week 17 ( 26/04/2010 - 30/04/2010)

Date 26/04/10 (Monday)
Time7.05 am - 8.15 am
Class4S2
SubjectPhysics
Learning AreaForce and Motion
Learning objective
Analysing forces in equilibrium
Learning OutcomesA student should be able to
1. describe situation where forces are in equilibrium.
2. state what a resultant force is.
3. add two forces to determine the resultant force.
Activities1. Teacher use a diagram to shows the situation where forces are in equilibrium.
2. Teacher discuss with student the resolution and addition of forces to determine the resultant force.
Teaching AidsPhysic's text book and reference book (NEXUS, Sasbadi)
Noble values
1. Students having critical and analytical thinking.
ReflectionOnly 60% students understand what the topic about. At the end 80% students finally can draw the diagram to show the resultant force.


Date 27/04/10 (Monday)
Time8.15 am - 9.20 am
Class4K6
SubjectMathematics
Learning AreaSets
Learning objective
Solving a problem involving sets
Learning OutcomesA student should be able to
1. write and solve problem involving sets using set notation, number of elements and subsets.
ActivitiesTeacher ask student to do an exercises to refresh student knowledge about the topic.
Teaching AidsMathematics reference book (Oxford Fajar)
Noble values
1.Students daring to dry to solve the question given.
ReflectionStudents take a long time to solve the problem. And again teacher have to guide and reexplain a few time how to solve it.


Date 26/04/10 ( Monday)
Time10.55 am - 11.30 am
Class5K3
SubjectScience
Theme
Matter in Nature
Learning AreaCarbon Compounds
Learning objective
Analysing various carbon compounds
Learning OutcomesAt the end of lesson, a student is able to
1. state what carbon compounds are
2. state what organic compounds are
3. give examples of organic compounds

Activities1. Teacher explain various carbon compounds
2. Teacher ask student to product contain carbon compounds
Teaching AidsScience Form 5 textbook and Science Process Skills Book
Noble values
1.Students having interest and curiosity towards the environment
ReflectionStudent get some idea about carbon compounds. Even on one period, they still interested to learn the new topic.


Date 26/04/10 ( Monday)
Time10.55 am - 11.30 am
Class5K3
SubjectScience
Theme
Matter in Nature
Learning AreaCarbon Compounds
Learning objective
Analysing various carbon compounds
Learning OutcomesAt the end of lesson, a student is able to
1. state what carbon compounds are
2. state what organic compounds are
3. give examples of organic compounds

Activities1. Teacher explain various carbon compounds
2. Teacher ask student to predict the product contain carbon compounds
Teaching AidsScience Form 5 textbook and Science Process Skills Book
Noble values
1.Students having interest and curiosity towards the environment
ReflectionSince they quite late come to lab, so they have to complete the PEKA report. The lesson will be postponed to next class.


Date 27/04/10 (Tuesday)
Time7.05 am - 8.15 am
Class4S1
SubjectPhysics
Learning AreaForce and Motion
Learning objective
Analysing forces in equilibrium
Learning OutcomesA student should be able to
1. describe situation where forces are in equilibrium.
2. state what a resultant force is.
3. add two forces to determine the resultant force.
Activities1. Teacher use a diagram to shows the situation where forces are in equilibrium.
2. Teacher discuss with student the resolution and addition of forces to determine the resultant force.
Teaching AidsPhysic's text book, CD interactive and power point.
Noble values
1. Students having critical and analytical thinking.
ReflectionStudents get engaged during lesson. They got an ideas how to solve the problem.



Date 28/04/10 (Wednesday)
Time8.15 am - 9.20 am
Class5K4
SubjectScience
Theme
Matter in Nature
Learning AreaCarbon Compounds
Learning objective
Analysing various carbon compounds
Learning OutcomesAt the end of lesson, a student is able to
1. state what inorganic compounds are
2. give examples of inorganic compounds
3. compare and contrast organic and inorganic compounds
4. classify substance into organic compounds and inorganic compounds

Activities1. Teacher explain and students copy the notes given by teacher
2. Q&A session.
Teaching AidsScience Form 5 textbook and Science Process Skills Book
Noble values
1.Students having interest and curiosity towards the environment
Reflection60% of student can state the difference between organic carbon and inorganic carbon. They also can give the example and classify which substance organic and inorganic compounds. 40% not really focus during the lesson. They sort of do their own work and not interested to learn.


Date 28/04/10 (Wednesday)
Time9.45 am - 10.20 am
Class4S2
SubjectPhysics
Learning AreaForce and Motion
Learning objective
Understanding Work, Energy, Power and Efficiency
Learning OutcomesA student should be able to
1. define work (W) as the product of an applied force (F) and displacement (s) of an object in the direction of applied force. ie. W=Fs
2. state that when work is done energy transferred from one object to another.
Activities1. Teacher ask student to observe and discuss situations where work is done.
2. Teacher discuss that no work id done when :
a) a force is applied but no displacement occurs
b) an object undergoes a displacement with no applied force acting on it
3. Teacher show the simulation to show how energy transferred from one object to another when work is done
Teaching AidsPhysic's text book, simulation and power point.
Noble values
1. Students having critical and analytical thinking.
ReflectionWe doing some discussion about previous lesson. It is because, a few of them still cannot apply the formula to solve the problem even they understand the concept.


Date 28/04/10 (Wednesday)
Time10.55 am - 11.30 am
Class4S1
SubjectPhysics
Learning AreaForce and Motion
Learning objective
Understanding Work, Energy, Power and Efficiency
Learning OutcomesA student should be able to
1. define work (W) as the product of an applied force (F) and displacement (s) of an object in the direction of applied force. ie. W=Fs
2. state that when work is done energy transferred from one object to another.
Activities1. Teacher ask student to observe and discuss situations where work is done.
2. Teacher discuss that no work id done when :
a) a force is applied but no displacement occurs
b) an object undergoes a displacement with no applied force acting on it
3. Teacher show the simulation to show how energy transferred from one object to another when work is done
Teaching AidsPhysic's text book, simulation and power point.
Noble values
1. Students having critical and analytical thinking.
ReflectionRevision previous lesson.



Date 28/04/10 (Wednesday)
Time11.30 am - 12.40 pm
Class5K3
SubjectScience
Theme
Matter in Nature
Learning AreaCarbon Compounds
Learning objective
Analysing various carbon compounds
Learning OutcomesAt the end of lesson, a student is able to
1. state what inorganic compounds are
2. give examples of inorganic compounds
3. compare and contrast organic and inorganic compounds
4. classify substance into organic compounds and inorganic compounds

Activities1. Teacher explain and students copy the notes given by teacher
2. Q&A session.
Teaching AidsScience Form 5 textbook and Science Process Skills Book
Noble values
1.Students having interest and curiosity towards the environment
ReflectionLesson goes well as planned. four group show the interested in learning process. The rest, just stay and keep listening but not in active learning.


Date 29/04/10 (Thursday)
Time7.05 am - 8.15 am
Class5K4
SubjectScience
Theme
Matter in Nature
Learning AreaCarbon Compounds
Learning objective
Analysing various carbon compounds
Learning OutcomesAt the end of lesson, a student is able to
  1. state what hydrocarbons are
  2. list sources of hydrocarbons
  3. state the elements found in alcohol
  4. give examples of alcohol
  5. describe the process of producing alcohol


Activities1. Teacher explain and students copy the notes given by teacher
2. Q&A session.
Teaching AidsScience Form 5 textbook and Science Process Skills Book
Noble values
1.Students having interest and curiosity towards the environment
ReflectionOnly 60% student focus during the lesson. The rest looked not enjoyed. The teacher find out that the students not prepared during the lesson. But at the end, they work together to solve problem in the worksheet given.



Date 29/04/10 (Thursday)
Time8.15am - 9.20am
Class4S2
SubjectPhysics
Learning AreaForce and Motion
Learning objective
Understanding Work, Energy, Power and Efficiency
Learning OutcomesA student should be able to
  1. define the kinetic energy and state that Ek = 1/2 mv2
  2. define gravitational potential energy and state that Ep = mgh
  3. state the principle of conservation of energy
  4. define the power and state that P=W/t
  5. explain what efficiency of a device is
  6. solve problems involving work, energy, power and efficiency.
Activities1. Teacher discuss with student about :
  • the relationship between work done to accelerate a body and the change in kinetic energy
  • the relationship between work done against gravity and gravitational potential energy

2. Teacher use the video to shows the principle of conservation of momentum

3. Students solve problem involving work, energy, power and efficiency.
Teaching AidsPhysic's text book, simulation and power point.
Noble values
1. Students having critical and analytical thinking.
ReflectionToday lesson was held in class. It is because no electrical current in lab. So that, the lesson no going as planned. The teacher just use chalk and talk and try to explain and relates with daily life.


Date 29/04/10 (Thursday)
Time8.15 am - 9.20 am
Class5K4
SubjectScience
Theme
Matter in Nature
Learning AreaCarbon Compounds
Learning objective
Analysing various carbon compounds
Learning OutcomesAt the end of lesson, a student is able to
  1. state what hydrocarbons are
  2. list sources of hydrocarbons
  3. state the elements found in alcohol
  4. give examples of alcohol
  5. describe the process of producing alcohol


Activities1. Teacher explain and students copy the notes given by teacher
2. Q&A session.
Teaching AidsScience Form 5 textbook and Science Process Skills Book
Noble values
1.Students having interest and curiosity towards the environment
Reflection70% student focus during the lesson. Four groups give a good feedback during Q&A session. At the end, at least they can state four learning outcomes.



Date 30/04/10 (Friday)
Time8.15am - 9.20am
Class4S1
SubjectPhysics
Learning AreaForce and Motion
Learning objective
Understanding Work, Energy, Power and Efficiency
Learning OutcomesA student should be able to
  1. define the kinetic energy and state that Ek = 1/2 mv2
  2. define gravitational potential energy and state that Ep = mgh
  3. state the principle of conservation of energy
  4. define the power and state that P=W/t
  5. explain what efficiency of a device is
  6. solve problems involving work, energy, power and efficiency.
Activities1. Teacher discuss with student about :
  • the relationship between work done to accelerate a body and the change in kinetic energy
  • the relationship between work done against gravity and gravitational potential energy

2. Teacher use the video to shows the principle of conservation of momentum

3. Students solve problem involving work, energy, power and efficiency.
Teaching AidsPhysic's text book, simulation and power point.
Noble values
1. Students having critical and analytical thinking.
ReflectionStudents participate actively during discussion. No simulation. The class was held in the class.



Date 30/04/10 (Friday)
Time8.50 am - 9.20 am
Class4K6
SubjectMathematics
Learning AreaSets
Learning objective
Solving a problem involving sets
Learning OutcomesA student should be able to
1. write and solve problem involving set.
Activities1. Revision
Teaching AidsMathematics reference book (Oxford Fajar)
Noble values
1.Students daring to dry to solve the question given.
ReflectionStudents solve the problem by guiding from teacher. Teacher show step by step how to solve the problem given. Only 50% of them can do by their own.