WEEK 6 (2/2/2015 – 6/2/2015)
Day/ Date
|
Monday/
2 February 2015
|
Time
|
7.05 – 8.15 am
|
Class
|
6AS
|
Subject
|
Biology
|
Learning Area
|
8.0 Transport in animals and plants
|
Learning
Objectives
|
8.1 Transport system in mammals
|
Learning Outcomes
|
Students will be able to :
(d) explain hypertension, atherosclerosis,
arteriosclerosis and myocardial infarction, and state their causes and
preventions; (e) describe the lymphatic system in relation to the
blood circulatory system;
|
Noble values
|
Systematic, cooperative
|
Teaching Aids
|
Chalk, blackboard, Reference Book, laptop
|
Activities
|
Teacher explains the concept transport
system in mammals using the you tube.
|
Reflection
|
All students understand the concept of formation of tissue
fluid based on the diagram shown by the teacher. They were very expert about
the concept of hydrostatic pressure and solute potential.
|
Day/ Date
|
Wednesday / 4 February 2015
|
Time
|
8.15 – 9.25 am
|
Class
|
5S2
|
Subject
|
Biology
|
Theme
|
Physiology Of Living Things
|
Learning Area
|
1.0 Transport
|
Learning Objective
|
1.2 Synthesising the concept of circulatory
system.
|
Learning Outcomes
|
At the end of the lesson, students will be
able to :
·
Compare and contrast
the circulatory system in the following: human, fish and amphibians
|
Scientific attitude and moral value
|
Responsible,
respect
|
Teaching Aids
|
Text Book, Whiteboard, Marker Pen, Model of
circulatory system, work book
|
Activities
|
Teacher explains briefly the circulatory system in the following: human, fish
and amphibians
|
Reflection
|
Some of the students cannot remember the structure of human
heart. So, the teacher asked them to revise the parts of human heart.
Finally, they able to differentiate the circulatory system in human, fish and
amphibians.
|
Day/ Date
|
Tuesday/
3 February 2015
|
Time
|
10.55 – 12.40 pm
|
Class
|
6AS
|
Subject
|
Biology
|
Learning Area
|
8.0 Transport in animals and plants
|
Learning
Objectives
|
8.1 Transport system in mammals
|
Learning Outcomes
|
Students will be able to :
(f) determine
the direction of fluid movement at the arterial and venous ends of the
capillaries by calculating the differences between osmotic pressure/solute
potential and hydrostatic pressure.
|
Noble values
|
Systematic, cooperative
|
Teaching Aids
|
Chalk, blackboard, Reference Book, laptop
|
Activities
|
Teacher explains the concept transport
system in mammals using the you tube.
|
Reflection
|
All students understand the concept of formation of tissue
fluid based on the diagram and video shown by the teacher. They were very
expert about the concept of hydrostatic pressure and solute potential.
|
Day/ Date
|
Wednesday / 5 February 2015
|
Time
|
8.15 – 9.25 am
|
Class
|
5S2
|
Subject
|
Biology
|
Theme
|
Physiology Of Living Things
|
Learning Area
|
1.0 Transport
|
Learning Objective
|
1.3 The Mechanism of
Blood Clotting
|
Learning Outcomes
|
At the end of the lesson, students will be
able to :
·
Explain the necessity for
blood clotting at the site of damaged blood vessels.
·
Explain the mechanism
of blood clotting
·
Predict the
consequences of impaired blood clotting in an individual.
|
Scientific attitude and
moral value
|
Responsible,
respect
|
Teaching Aids
|
Text Book, Whiteboard, Marker Pen, workbook
|
Activities
|
·
Teacher explains the the
necessity for blood clotting at the site of damaged blood vessels and
mechanism of blood clotting.
·
Teacher asks students
to predict the consequences of impaired blood clotting in an individual.
|
Reflection
|
At the beginning of the class, the students
confused about the term of fibrinogen, fibrin and thromboplastin. But,
eventually they gain knowledge about the mechanism of blood clotting by
completing the schematic diagram in workbook.
|
Day/ Date
|
Thursday/
5 February 2015
|
Time
|
7.05 – 8.50 am
|
Class
|
6AS
|
Subject
|
Biology
|
Learning Area
|
8.0 Transport in animals and plants
|
Learning
Objectives
|
8.2 Transport system in vascular plant
|
Learning Outcomes
|
(a) explain the uptake of water and mineral ions from
the soil by the root hairs involving water potential;
(b) describe the apoplast, symplast and vacuolar
pathway of water movement through the root tissues;
(c) describe the root pressure, cohesion-tension theory
and transpiration pull in relation to water movement from the roots to
leaves;
|
Noble values
|
Systematic, cooperative
|
Teaching Aids
|
Chalk, blackboard, Reference Book, laptop
|
Activities
|
Teacher explains the concept transport
system in vascular plants.
|
Reflection
|
Students able to identify the route of apoplast, symplast and vacuolar
from the video shown by the teacher. They
also able to describe the pressure involved to push up the water in xylem.
|
Day/ Date
|
Friday / 6 February 2015
|
Time
|
8.50 – 9.25 am
|
Class
|
5S2
|
Subject
|
Biology
|
Theme
|
Physiology Of Living Things
|
Learning Area
|
1.0 Transport
|
Learning Objective
|
1.4 Synthesising the concept of lymphatic
system.
|
Learning Outcomes
|
At the end of the lesson, students will be
able to :
·
Describe the formation
of interstitial fluid
·
State the composition
of interstitial fluid
·
State the importance of
the interstitial fluid
·
Describe the fate of
interstitial fluid
·
Describe the structure
of the lymphatic system
|
Scientific attitude and
moral value
|
Responsible,
respect
|
Teaching Aids
|
Whiteboard, marker pen, Text Book
|
Activities
|
·
Teacher explains the
interstitial fluid and lymphatic system to the students.
|
Reflection
|
All students involved
during the discussion on the lymphatic system. They also able to
conceptualize the complementary of circulatory system and lymphatic system
based on the diagram drawn by the teacher. 100% of the students understand
the topic of the day.
|
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