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Group Members:- 
1)Paul Vosko Anak Ranged (D20121059016) 
2)Nor Azila Binti Razak (D20112052105) 
3)Dg Norhayati Binti Mahamad (D20112052103) 
Lecturer : Dr.Faizal Nizam Lee Bin Abdullah
 According to Slavin (1982), refers to 
cooperative teaching methods that require the 
students of a variety of abilities work together 
in small groups to achieve a common goal. 
 Cooperative learning is a name used to 
describe a large group of instructional 
strategies in which students collaborate in 
order to reach a common goal. 
 Students work together in small groups to 
complete a structured task or goal. It is more 
than just working in a group, as group work 
alone does not guarantee cooperative learning
1) Positive interdependence 
2) Face-to-face interaction 
3) Individual accountability 
4) Collaborative skills 
5) Group processing
 Positive interdependence indicates that 
group members can reach their goals only by 
working together. 
 Positive interdependence can also be 
promoted through group rewards, assigning 
specific group roles, or sharing materials and 
resources.
 This doesn't mean that each time students 
are having a discussion that they are involved 
in a cooperative activity, but rather they 
cannot be collaborating without face-to-face 
interaction. 
 This face-to-face interaction permits true 
teamwork--the give and take of a number of 
minds attempting to complete a task.
 Individual accountability might be promoted 
by having students take separate tests. 
 Students might also collaborate and produce 
their own work for an individual grade rather 
than produce a product for a group grade. 
 Group grades can also be individualized by 
giving students a certain percentage for 
group work and a certain percentage for 
individual work.
 The group members must be able to work 
together, but the ability to do so doesn't 
always come naturally; sometimes these 
skills need to be taught. 
 Refers to the fact that the group needs to 
monitor itself to ensure that the group, as a 
whole, is working together effectively.
1) STAD ( Student achievement division) 
 Steps in STAD:- 
1. Teachers are convey the lessons. 
2. Students work in groups to learn the material 
given in class. 
3. Students take the quiz individually. 
4. Group received recognition by individual 
score in quiz
Step 1 : 
 Teacher shows a few examples form of quadratic 
equations and calculations. 
 Teacher demonstrate a simple method of 
calculation to be completed. 
 Teachers are giving a few questions that students 
must be solved in group. 
Step 2 : 
 Students answered a few questions in group. 
 Students shared the calculation with others 
friend in group.
Step 4 : 
 Students take a quiz that given by teacher 
based on the topics are taught individually. 
Step 5 : 
 Teacher gave recognition to group with the 
highest score on a individual quiz. 
MAIN 
TOPIC
 MacDonald and Isaac (2001) explained 
that the characteristic that distinguishes 
Problem Based Learning (PBL) from other 
learning methods is the problem comes 
before the knowledge needed to solve or 
resolve it. In PBL, the problem steers the 
learning and is posed so that the students 
discover that they need to learn some 
new knowledge before they can solve the 
problem (Woods, 1995).
 PBL is also depicted as a curriculum 
development and instructional system 
that simultaneously develops both 
problem solving strategies and 
disciplinary knowledge bases and skills 
by placing students in the active role 
of problem solvers confronted with non 
routine problems that reflects the real 
world.
 In Set chapter, teacher give a situation to 
student to solve it by using Venn Diagram 
method so they can divide and analyzed the 
quantity of person or thing that involve in 
the situation. 
 In Statistic chapter, teacher also can used 
PBL method to student to solve 
mathematical problems. After the student 
read or observed the situation they will draw 
graph to analyzed the problem and solve it.
 Case study approach is one way in which 
such active learning strategies 
 Students can learn more effectively when 
actively involved in the learning process, 
(Bonwell and Eison, 1991; Sivan et al, 2001) 
 Case studies as complex examples which give 
an insight into the context of a problem as 
well as illustrating the main point, (Fry et al 
(1999))
 Allow the application of theoretical concepts 
to be demonstrated, thus bridging the gap 
between theory and practice. 
 Encourage active learning. 
 Provide an opportunity for the development 
of key skills such as communication, group 
working and problem solving. 
 Increase the students' enjoyment of the topic 
and hence their desire to learn
 Teacher will divide the students into groups, 
then give each group a topic with specific 
objectives based on the problem. 
 Each group will examine and record their 
observations on a chart based on the topic 
they are given (Collect Data) 
 Each group will make a complete analysis of 
the data 
 Each group will come with their own 
conclusions and validate their findings. 
 Finally, each group will present their finding 
report
 From teaching approaches that we have found 
and learn, we find that there is multiple method 
to teach in schools to make students understand 
what we try to teach them. 
 If students show doubt, the teacher will explain 
step lessons again to ensure that students have 
mastered the skills. In the end of any lecture, 
teacher should conclude what they have learn 
today and give some homework to practice 
their skill in answering questions.