Date
|
07/04/2014 (Monday)
|
Time
|
7.05am-8.15am
|
Class
|
5S2
|
Subject
|
Physics
|
Learning area
|
Electricity
|
Learning objectives
|
2.4 Analysing electromotive force
and internal resistance
|
Learning outcomes
|
A student is able to
1.
determine e.m.f and internal resistance.
2.
solve problems involving e.m.f. and internal
resistance.
|
Activities
|
1.
Discussion
2.
Working out questions
3.
Preparing PEKA report
|
Teaching aids
|
Textbook and hands-out
|
Noble values
|
Students being accurate and
analytical.
|
Reflection
|
Overall well mannered &
completely the task as well.
|
Date
|
07/04/2014 (Monday)
|
Time
|
9.45am-10.55am
|
Class
|
5K3
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.2 Analysing the concepts of speed, velocity and
acceleration
|
Learning
outcomes
|
A
student is able to:
1)
state what distance is,
2)
define speed,
3)
define velocity,
4)
state the unit for speed and velocity,
5)
state the unit for acceleration,
6)
explain the relationship between speed,
velocity and acceleration,
7)
compare and contrast speed, velocity and
acceleration,
8)
determine the velocity and acceleration
of a moving object,
9)
solve problems involving velocity and
acceleration.
|
Activities
|
1. Explaining
2. Discussion
3. Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
80% of students actively participate during
discussion session and completed the task.
|
Date
|
07/04/2014 (Monday)
|
Time
|
12.05pm-12.40pm
|
Class
|
5K7
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.2 Analysing the concepts of speed, velocity and
acceleration
|
Learning
outcomes
|
A
student is able to:
1)
state what distance is,
2)
define speed,
3)
define velocity,
4)
state the unit for speed and velocity,
5)
state the unit for acceleration,
|
Activities
|
4. Explaining
1. Discussion
2. Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
60% of students actively participate during
discussion session and completed the task.
|
Date
|
08/04/2014 (Tuesday)
|
Time
|
7.05am-8.15am
|
Class
|
5K7
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.2 Analysing the concepts of speed, velocity and
acceleration
|
Learning
outcomes
|
A
student is able to:
1)
explain the relationship between speed,
velocity and acceleration,
2)
compare and contrast speed, velocity and
acceleration,
3)
determine the velocity and acceleration
of a moving object,
4)
solve problems involving velocity and
acceleration.
|
Activities
|
1. Explaining
2. Discussion
3. Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
80% of students actively participate during
discussion session and completed the task.
|
Date
|
08/04/2014 (Tuesday)
|
Time
|
9.45am-10.55am
|
Class
|
5S2
|
Subject
|
Physics
|
Learning area
|
Electricity
|
Learning objectives
|
2.4 Analysing electromotive force
and internal resistance
|
Learning outcomes
|
A student is able to
1.
determine e.m.f and internal resistance.
|
Activities
|
1.
Carry out investigation
|
Teaching aids
|
Textbook, Practical book and
hands-out
|
Noble values
|
Students being accurate and
analytical.
|
Reflection
|
All students curious to complete the
investigation. 3 numbers of group not get best result for their graph, but
the group can arranged the apparatus correctly.
|
Date
|
08/04/2014 (Tuesday)
|
Time
|
10.55am-11.30am
|
Class
|
5K1
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.2 Analysing the concepts of speed, velocity and
acceleration
|
Learning
outcomes
|
A
student is able to:
1)
state what distance is,
2)
define speed,
3)
define velocity,
4)
state the unit for speed and velocity,
5)
state the unit for acceleration,
6)
explain the relationship between speed,
velocity and acceleration,
7)
compare and contrast speed, velocity and
acceleration,
8)
determine the velocity and acceleration
of a moving object,
9)
solve problems involving velocity and
acceleration.
|
Activities
|
1. Explaining
2. Discussion
3. Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
80% of students actively participate during
discussion session and completed the task.
|
Date
|
08/04/2014 (Tuesday)
|
Time
|
12.05pm
- 12.40pm
|
Class
|
5K3
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.3 Understanding the concept of inertia
|
Learning
outcomes
|
A
student is able to:
1)
state what inertia is,
2)
give examples of everyday occurrences
that involve inertia,
3)
explain with examples the relationship
between mass and inertia
4)
state the safety features used in
vehicles to reduce negative effects of inertia.
|
Activities
|
1) Explaining
2) Discussion
3) Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
80% of students actively participate during
discussion session and completed the task.
|
Date
|
09/04/2014 (Wednesday)
|
Time
|
7.05am-8.15am
|
Class
|
5K1
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.3 Understanding the concept of inertia
|
Learning
outcomes
|
A
student is able to:
1)
state what inertia is,
2)
give examples of everyday occurrences
that involve inertia,
3)
explain with examples the relationship
between mass and inertia
4)
state the safety features used in
vehicles to reduce negative effects of inertia.
|
Activities
|
1) Explaining
2) Discussion
3) Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
80% of students actively participate during
discussion session and completed the task.
|
Date : 09/04/2014
Time :
12.05pm-12.40pm
Description :
SIT-IN 4K5
……………………………………………………………………………………………………………………………………………………………
Date : 10/04/2014
(Thursday)
Description :
Assembly for “Bulan Bahasa” launching.
Date
|
10/04/2014 (Thursday)
|
Time
|
8.15am-9.05am
|
Class
|
5K7
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.3 Understanding the concept of inertia
|
Learning
outcomes
|
A
student is able to:
1)
state what inertia is,
2)
give examples of everyday occurrences
that involve inertia,
3)
explain with examples the relationship
between mass and inertia
4)
state the safety features used in
vehicles to reduce negative effects of inertia.
|
Activities
|
1) Explaining
2) Discussion
3) Working-out
questions
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
Alhamdulillah,
this class shows their performance. At least at the end they can state back
the relationship between mass and inertia.
|
Date
|
10/04/2014 (Thursday)
|
Time
|
11.10am – 11.40am
|
Class
|
5S2
|
Subject
|
Physics
|
Learning area
|
Electromagnestism
|
Learning objectives
|
3.1 Analysing the magnetic effect of
a current-carrying conductor
|
Learning outcomes
|
A student is able to
1) state what an electromagnet is.
2) Draw the magnetic field pattern
due to a current in a :
i.
straight
wire,
ii.
coil,
iii.
solenoid.
3) plan and conduct experiments to
study factors that affect the strength of the magnetic field of an electromagnet.
4) describe applications of
electromagnets.
|
Activities
|
1)
Discussion
2)
Hands-on : application the right hand grip
rule
|
Teaching aids
|
Textbook, Practical book and
hands-out
|
Noble values
|
Students being accurate and
analytical.
|
Reflection
|
New chapter, students shows their
curious to know this topic. But still 40% of them cant visualise the use of
the right hand grip rule.
|
Date
|
10/04/2014 (Thursday)
|
Time
|
11.40am-12.40pm
|
Class
|
5K3
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.4 Applying the concept of momentum
|
Learning
outcomes
|
A
student is able to:
1)
define
momentum,
2)
explain the
relationship between momentum, mass and velocity,
3)
state the
Principle of Conservation of Momentum,
4)
explain
with examples the application of momentum in everyday life.
|
Activities
|
1) Explaining
2) Discussion
3) Preparing
PEKA report
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
Introducing
new formula. Luckily the can accept and give a few examples of application
concept,\.
|
Date
|
11/04/2014 (Friday)
|
Time
|
9.40am-10.40am
|
Class
|
5K1
|
Subject
|
Science
|
Theme
|
Motion
|
Learning
area
|
1.
Motion
|
Learning
objectives
|
1.4 Applying the concept of momentum
|
Learning
outcomes
|
A
student is able to:
1)
define
momentum,
2)
explain the
relationship between momentum, mass and velocity,
3)
state the
Principle of Conservation of Momentum,
4)
explain
with examples the application of momentum in everyday life.
|
Activities
|
1) Explaining
2) Discussion
3) Preparing
PEKA report
|
Teaching
aids
|
Science
process skills book, textbook,
|
Noble
values
|
Students
appreciate the balance of nature
|
Reflection
|
Overall
all students well mannered in class and completed the homework.
They
also can relate the concept in daily life and prepare the report for PEKA
nextweek.
Well
done
|
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