SlideShare ist ein Scribd-Unternehmen logo
1 von 23
ACTION RESEARCH PROJECT
“A STUDY OF PROBLEM FACED BY
STUDENTS WHILE SOLVING MATHEMATICS
PROBLEMS”
Researcher
Alamelu.P.Iyer
CHAPTER
1) INTRODUCTION
2) METHODOLOGY AND DESIGN
3) DATA ANALYSIS
4) CONCLUSION SUGGESTION
ACKNOWLEDGEMENT
It is indeed a matter of great pleasure and proud privilege to present this
project report. I owe a great thanks to many people who helped and
supported me during the writing of this project
I would like to express thanks to Principal of R.B.T College of
Education, Dombivli Dr.NAGRAJ RAO sir for providing me opportunity
to conduct this research work and extending his support during my B.Ed.
course.
I’m indebted to my guide Prof.KAVITA JAISWAL madam for her
valuable suggestion and constant encouragement throughout this research
which gave me confidence and deep gratitude and sincere thanks to her.
I would also like to thank my institution, faculty members, librarian, my
friends and my family without whom this project would have been a
distant reality.
1. INTRODUCTION
Mathematics plays a very important role in our daily living. It is a subject
that deals with problems which involve a process of analysis, computation
and other mental skills. Historically, learning mathematics and teaching it
has been motivated by the belief that a study of mathematics helps
individual to learn, to reason and to apply such reasoning to everyday
problems. This matter, Mathematics develops the mind to think critically
and analytically. It is more than counting, measuring, and computing. It is
an eye opener to all sciences. As far as Mathematics instruction is
concerned, the major goal is the involvement of the students in the process
of discovering mathematical ideas and formulating process. One of the
interesting concerns about learning Mathematics is the fact that it develops
the mind to solve problemsthat need higher order thinking skills.
These problems and puzzles induced the curiosity and chalenge the ingenuit
y of individuals.Introducing problem solving into the classroom improves
students, skills and their ability to think creatively, logically and carefully.
Hugar (2011), pointed out the types of things we might think about a
mathematics classroom are equations, procedures, and word problems, but
in learning them, a student needs to master to solve problem. Thus, over the
last couple of decades there has been a move to approach the teaching of
mathematics through problem-solving.
Problem-solving as defined in the dictionary is the thought processes
involved in solving a problem and it is also the area of cognitive psychology
that studies the processes involved in solving problems.
The article onProblem Solving in Mathematics:
A Tool for Cognitive Development from the University of New York,states
that problem solving is
“The process wherein students encounter a problem– a question for which
they have noimmediately apparent resolution, nor an algorithm that they can
directly apply to get ananswer. They must then read the problem carefully,
analyze it for whatever information ithas, and examine their own
mathematical knowledge to see if they can come up with astrategy that will
help them find a solution.
The process forces the reorganization ofexisting ideas and the emergence of
new ones as students work on problems with the helpof a teacher who acts
as a facilitator by asking questions that help studentsto review
theirknowledge and construct new connections. As the new knowledge is
embedded intoexisting cognitive frameworks, the result is an enrichment of
the network of ideasthrough understanding.”
I think this in depthlook at what problem-solving is, is a greatframework
for what the process entails and how the students benefit from
learningmathematics this way.
In spite of the importance of Mathematics, there seems to be growing
reluctanceof the student to go into subject. Many students, despite a good
understanding ofmathematical concepts are inconsistent at analyzing and
computing. They make errors because they misread or carry numbers
incorrectly or may write numerical clearly enoughor in the correct column.
Difficulties in solving problems in Mathematics are evident inside theclass
room. Some students were impeded in their progress in solving the problem
as theydid not comprehend the problem at all. Several students also
committed erroneoussolutions owing to careless computations. Students
sometimes identify an appropriateoperations or sequences of operating but
do not know the procedures necessary to carryout these operations
accurately. Their problem particularly in solving is confounded bythe
difficult terminology. These students have difficulty understanding written
or verbaldirections or explanations and find word problems especially
difficult to translate intomathematical form and inability to use the correct
mathematics.The foregoing gave the interest to the researcher to conduct
the present study dueto the difficulties of the students in problem solving.
1.2.NEED OF A STUDY
Normally we see that students have a fear towards the subject Mathematics.
They are unable to understand the basic concepts of Mathematics and their
technique due to various reasons. The problems that occur in the process
of learning mathematics are relatively less in case of other subjects. Hence,
for common students mathematics becomes a tougher subject and
consequently, they try to avoid it. Problems related to mathematics occur
not only in case of students but also in case of teachers. It is seen that most
of the mathematics teachers are not aware of alternative simple methods of
teaching mathematics and different skills of solving the same problem.
Hence, there is a need to study in detail the problems faced both by students
and teachers in learning and teaching mathematics. So this study has been
conducted with the sole objective of identifying various problems faced by
students and teachers in learning mathematics and solicits suggestive
Measure in favors of those.
Once the causes of difficulties are discovered, then it is probable to
conclude and decide the remedy. The findings of this study provide greater
insights into students’ thinking and difficulties as problem solvers.
Difficulties are not problems to be overcome or evils to be eradicated but
they are simply a part of the mathematical learning process. Thus, no one
can achieve competence in any problem solving without experiencing
difficulties.
The main aim of the study is to investigate students’ ability in solving
fraction word problems. The instrument for the study was a set of
mathematical problems involving fractions which consists of 10 word
problems. One of the observations made from the study is that almost all the
students have poor mathematical communication skills. Thus, the students’
lack of concern for the mathematical syntax, grammar and semantic is a
contributing factor to their difficulty in word problem solving.
Although a lot of research has been carried out relating to students
performance in solving word problems, but there is very little work that has
been done which dealt with mathematics as a language Students’ lack of
exposure in learning the language of mathematics creates countless
difficulties in learning the subject regardless of the level of education they
are in. It is the root of the problem in learning mathematics especially in the
area of word problem solving.
1.3.STATEMENT OF PROBLEM
“A study of problem faced by 7thstd students while solving mathematical
problems”.
1.4. AIMS
“To Study the problem faced by 7thstd. students while solving mathematical
problems.”
1.5. OBJECTIVE
1. To study the problems faced by 7thstd. students while solving
mathematical problems.
2. To find out the causes of problemsfaced by 7thstd. students while solving
mathematical problems.
3. To suggest remedies to overcome the problems faced by 7th std. students
while solving mathematical problems.
1.6.OPERATIONAL DEFINITION
Word problem: “A mathematical problems that is stated in words rather
than in symbols or as an equation.” ___ Mathematics Thesaurus, 2009
Study: “The devotion of time and attention to gaining knowledge of
anacademic subject, especially by means of books.”
Mathematics: “The study of the measurement, relationships, and properties
of quantities and sets, using numbers and symbols.
Arithmetic, algebra, geometry, and calculus are branches of mathematics.”
Mathematics is published by Maharashtra State Board of Secondary and
Higher Secondary Education, Pune based on NCF2005.
1.7. SCOPE AND DELIMITATION OF STUDY
While teaching, the teacher is confronted with several problems for which
he/she does not have any ready-made solutions. In the particular situation a
befitting solution needs to be discovered by the teacher and hence he/she is
led to conduct action research thereon. A classroom teacher in a particular
solution faces such situations innumerable times during his course of
teaching, which is quite different from problems faced by other teachers in
their schools.
Scope of this research is quite broad and it has many dimensions . It deals
with a complete information about subject with which research is related
with people.
 The study is limited to student of std. 7th of MahilaSamiti English
medium , dombivli city.
 The study includes students of State board of Secondary and Higher
Secondary Education.
Chapter 2
METHODOLOGY AND DESIGN
“Research is an art of scientific investigation .It is regarded as a systematic
efforts to gain new knowledge.”
In the broadest sense of the word, the definition of research includes any
gathering of data, information and facts for the advancement of
knowledge.Reading a factual book of any sort is a kind of research. Surfing
the internet or watching the news is also a type of research. Researchers
organize their research by formulating and defining a research problem. This
helps them focus the research process so that they can draw
conclusions reflecting the real world in the best possible way.
Research methodology involves the researcher providing an alternative
hypothesis, a research hypothesis, as an alternate way to explain the
phenomenon.
Aims Of Research:
 Observe and Describe
 Predict
 Determination of the Causes
 Explain
The ultimate aims of research are to generate measurable and testable data,
gradually adding to the accumulation of human knowledge.
Types of research:
 Descriptive Research
 Historical Research
Descriptive researchis conclusive in nature, as opposed to exploratory.
This means that descriptive research gathers quantifiable information that
can be used for statistical inference on your target audience through data
analysis. As a consequence this type of research takes the form of closed-
ended questions, which limits its ability to provide unique insights.
However, used properly it can help an organization better define and
measure the significance of something about a group of respondents and the
population they represent.
Descriptive research has the following characteristics:
 Descriptive research ascertains prevailing conditions of facts in a
group or case under study.
 It gives either a qualitative or quantitative, or both, description of the
general characteristics of the group or case under study.
 What caused the prevailing conditions is not emphasized.
 Study of conditions at different periods of time may be made and the
change or progress that took place between the periods may be noted
or evaluated for any value.
 Comparison of the characteristics of two groups or cases may be made
to determine their similarities and differences.
 The variables or conditions studied in descriptive research are not
usually controlled.
 Descriptive studies, except in case studies, are generally cross-
sectional, that is, it studies the different section belonging to the same
group.
Historical research is the type of research that examines past events or
combinations of events to arrive at an account of what has happened in the
past.
characteristics of historical research :
 It is not a mere accumulation of facts and data or even a portrayal of past
events.
 It is a flowing, vibrant report of past events which involves an analysis
and explanation of these occurrences with the objective of recapturing
the nuances, personalities and ideas that influenced these events.
 Conducting historical research involves the process of collecting and
reading the research material collected and writing the manuscript from
the data collected.
 It deals with discovery of data that already exists and does not involve
creation of data using structured tools.
 It is analytical in that it uses logical induction.
 It has a variety of foci such as issues, events, movements and concepts.
 It records and evaluates the accomplishments of individuals, agencies or
institutions.
This research problem is related to current situation .so researcher
choose descriptive method for research.
2.2. SAMPLE
A sample is a finite part of a statistical population whose properties are
studied to gain information about the whole. When dealing with people, it can
be defined as a set of respondents (people) selected from a larger population
for the purpose of a survey. A population is a group of individual’s persons,
objects, or items from which samples are taken for measurement for example a
population of presidents or professors, books or students.
A simple random sample is obtained by choosing elementary units in such a
way that each unit in the population has an equal chance of being selected.
A simple random sample is free from sampling bias.Researcher choose 30
students as a sample from 7th std. from Mahila Samiti English medium,
Dombivli(E).
30 Students were selected as a sample by random sampling.
2.3. TOOLS OF RESEARCH
The major tools of research in education can be classified broadly into the
following categories.
A. Inquiry forms
 Questionnaire
 Checklist
 Score-card Schedule
 Rating Scale
 Opinionnaire
 Attitude Scale
B. Observation
C. Interview
D. Sociometry
E. Psychological Tests
 Achievement Test
 Aptitude Test
 Intelligence Test
 Interest inventory
 Personality measures etc.
QUESTIONNAIRE
List of a research or survey questions asked to respondents, and designed to
extract specific information.A questionnaire is a form containing a set
of questions. It serves four basic purposes:
(1) collect the appropriate data, (2) make data comparable and amenable
to analysis,
(3) minimize bias in formulating and asking question, and (4) to make
questions engaging and varied.
Purpose : The purpose of the questionnaire is to gather information from
widely scattered sources. It is mostly used in uses in cases where one can
not readily see personally all of the people from whom he desires responses.
It is also used where there is no particular reason to see them personality.
CHARACTERISTICS:
1. The researcher is able to contact large numbers of people quickly, easily and
efficiently using a postal questionnaire (since all he / she has to do is identify
the group that will be targeted and post them the list of questions).
2. Questionnaires are relatively quick and easy to create, code and interpret
(especially if closed questions are used). In addition, the respondent - not the
researcher - does the time-consuming part of completing the questionnaire.
3. A questionnaire is easy to standardise. For example, every respondent is
asked the same question in the same way. The researcher, therefore, can be sure
that everyone in the sample answers exactly the same questions, which makes
this a very reliable method of research.
4. Questionnaires can be used to explore potentially embarrassing areas (such
as sexual and criminal matters) more easily than other methods. The
questionnaire can, for example, be both anonymous and completed in privacy.
This increases the chances of people answering questions honestly because they
are not intimidated by the presence of a researcher.
5. Questions worded simply and clearly, not ambiguous or vague, must be
objective
6.Attractive in appearance (questions spaced out, and neatly arranged)
7.Write a descriptive title for the questionnaire
8.Write an introduction to the questionnaire
9.Order questions in logical sequence
10.Keep questionnaire uncluttered and easy to complete
11.Delicate questions last (especially demographic questions)
12.Design for easy tabulation
13.Design to achieve objectives
14.Define terms
15.Avoid double negatives and avoid loaded questions.
16.Avoid double barreled questions
Advantages of Questionnaire : Questionnaire are economical. In terms
of materials, money and time it can supply a considerable amount of
research data. • It is easier to arrange. • It supplies standardized answers • It
encourages pre-coded answers. • It permits wide coverage. • It helps in
conducting depth study.
Disadvantages : • It is reliable and valid, but slow. • Pre-coding questions
can deter them from answering. • Pre-coded questions can bias the findings
towards the researcher. • Postal questionnaire offer little opportunities to
check the truthfulness of the answers. • It cannot be used with illiterate and
small children. Irrespective of the limitations general consensus goes in
favour of the use of questionnaire. It’s quality should be improved and we
should be restricted to the situations for which it is suited.
Questionnaire prepared by researcher.Final Questionnaire considered of
20questions.
Q1. Teacher gives examples while explaining topics?
Q2. Teacher gives daily life examples while teaching topics?
Q3. Teacher conducts demonstrations in class?
Q4. Is teacher finds any difficulty in solving problems?
Q5. Teacher clears doubts in classroom itself?
Q6. Teacher is loud and clear while teaching?
Q7. Formulas are more difficult to understand in mathematics?
Q8. Teacher uses teaching aids?
Q9. Mathematics is more difficult than other subject?
Q10. Teacher gives word problems to solve at home?
Q11. Does Teacher explain each principles, rules and formulas one by
one?
Q12. Teacher explains Theorem clearly?
Q13. Teacher uses charts and pictures during explanations?
Q14. Teacher takes Revision after chapter?
Q15. Do you like mathematics subject?
Q16. Do you understand what teacher teaches?
Q17. Do you like mathematics teacher?
Q18. Do you like to solve word problems?
Q19. Do teacher uses various techniques while teaching?
Q20. Is mathematics important in today’s life?
CHAPTER 3
DATA ANALYSIS
3.1 INTERPRETATION AND GRAPHICAL REPRESENTATION OF
DATA
Q1. Teachergives examples while explaining topics?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher gives examples while explaining topics.
Q2. Teachergives daily life examples while teaching topics?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher gives daily life examples while teaching topics.
Q3. Teacherconducts demonstrations in class?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher conducts demonstration in the class.
Q4. Is teacherfinds any difficulty in solving problems?
FREQUENCY PERCENTAGE
YES 5 17%
NO 25 83%
INTERPRETATION: 83% Students are satisfied with the given
statement that teacher doesn’tfinds any difficulty in solving problems.
Q5. Teacherclears doubts in classroomitself?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher clears doubts in the classroomitself.
Q6. Teacheris loud and clearwhile teaching?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher is loud and clear while teaching.
Q7. Formulas are more difficult to understand in mathematics?
FREQUENCY PERCENTAGE
YES 8 27%
NO 22 73%
INTERPRETATION: 73% Students are not satisfied with the given
statement that formulas are more difficult to understand in mathematics.
0
20
40
60
80
100
Q1 Q2 Q3 Q4 Q5
YES
NO
Q8. Teacheruses teaching aids?
FREQUENCY PERCENTAGE
YES 13 43%
NO 17 57%
INTERPRETATION: 57% Students are not satisfied with the given
statement that teacher uses teaching aids.
Q9. Mathematics is more difficult than other subject?
FREQUENCY PERCENTAGE
YES 6 20%
NO 24 80%
INTERPRETATION: 80% Students are not satisfied with the given
statement that Mathematics is more difficult than other subjects.
Q10.Teachergives wordproblems to solve at home?
FREQUENCY PERCENTAGE
YES 28 93%
NO 2 7%
INTERPRETATION: 93% Students are satisfied with the given
statement that teacher gives word problems to solve at home.
0
10
20
30
40
50
60
70
80
90
100
Q6 Q7 Q8 Q9 Q10
YES
NO
Q11.Does Teacherexplain eachprinciples, rules and formulas one by
one?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher explains each principles, rules and formulas one by
one.
Q12. Teacherexplains Theorem clearly?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher explains theorem clearly.
Q13. Teacheruses charts and pictures during explanations?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher uses charts and pictures during explanation.
Q14. Teachertakes Revisionafterchapter?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that teacher takes revision after chapter.
Q15. Do you like mathematics subject?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that they like mathematics subject
Q16. Do you understand what teacherteaches?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that they understand what teacher teaches.
Q17. Do you like mathematics teacher?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that they like mathematics teacher.
Q18. Do you like to solve word problems?
FREQUENCY PERCENTAGE
YES 22 73%
NO 8 27%
INTERPRETATION: 73% Students are satisfied with the given
statement that they like to solve word problems.
0
10
20
30
40
50
60
70
80
90
100
Q11 Q12 Q13 Q14 Q15
YES
NO
Q19. Do teacheruses various techniques while teaching?
FREQUENCY PERCENTAGE
YES 29 97%
NO 1 3%
INTERPRETATION: 97% Students are satisfied with the given
statement that teacher uses various techniques while teaching.
Q20. Is mathematics important in today’s life?
FREQUENCY PERCENTAGE
YES 30 100%
NO NIL -
INTERPRETATION: 100% Students are satisfied with the given
statement that mathematics is important in today’s life.
0
10
20
30
40
50
60
70
80
90
100
Q16 Q17 Q18 Q19 Q20
YES
NO
CHAPTER 4
CONCLUSION AND SUGGESTION
The conclusion and suggestion are drawn on basis of interpretation of the
outcomes of questionaries’ conducted in the class. In the light of interpretation of
data the researcher has used all the acre and caution in formulating the hypothesis.
This final step of action research demands critical and logical thinking in
summarizing the findings of the study and compares them with the action
hypothesis formulated.
4.1 CONCLUSION
Students are satisfied with the given statement that teacher gives examples
while explaining topics.
Students are satisfied with the given statement that teacher gives daily life
examples while teaching topics.
Students are satisfied with the given statement that teacher conducts
demonstration in the class.
Students are satisfied with the given statement that teacher doesn’tfinds any
difficulty in solving problems.
Students are satisfied with the given statement that teacher clears doubts in
the classroom itself.
Students are satisfied with the given statement that teacher is loud and clear
while teaching.
Students are not satisfied with the given statement that formulas are more
difficult to understand in mathematics.
Students are not satisfied with the given statement that teacher uses teaching
aids.
Students are not satisfied with the given statement that Mathematics is more
difficult than other subjects.
Students are satisfied with the given statement that teacher gives word
problems to solve at home.
Students are satisfied with the given statement that teacher explains each
principles, rules and formulas one by one.
Students are satisfied with the given statement that teacher explains theorem
clearly.
Students are satisfied with the given statement that teacher uses charts and
pictures during explanation.
Students are satisfied with the given statement that teacher takes revision
after chapter.
Students are satisfied with the given statement that they like mathematics
subject
Students are satisfied with the given statement that they understand what
teacher teaches.
Students are satisfied with the given statement that they like mathematics
teacher.
Students are satisfied with the given statement that they like to solve word
problems.
Students are satisfied with the given statement that teacher uses various
techniques while teaching.
Students are satisfied with the given statement that mathematics is important
in today’s life.
4.2 SUGGESTIONS
A. Suggestions for Students
 Students should give more importance to formula
 They must work hard and practice to solve word problems
 Learn to apply rules,principles and formulas of mathematics
 Learn tables properly
 Habit of practicing sums and doing homework regularly.
B. Suggestions for Parents
 Parents must motivate their wards to use mathematics in their daily
life.
 Parents should encourage child in participation of maths competition.
 Parents should check out their daily works and their home works.
C. Suggestions for Teachers
 Teacher should use various teaching aids
 Teacher must use different ways or method of teaching
 Teacher should clear doubts in classroomitself
 Teacher should give daily life examples while teaching
 Teacher should take revision after teaching topics.

Weitere ähnliche Inhalte

Was ist angesagt?

METHODS OF TEACHING MATHEMATICS
METHODS OF TEACHING MATHEMATICSMETHODS OF TEACHING MATHEMATICS
METHODS OF TEACHING MATHEMATICSfarsana kabeer
 
Maths Co-curricular Activities : Mathematics Laboratory
Maths Co-curricular Activities : Mathematics LaboratoryMaths Co-curricular Activities : Mathematics Laboratory
Maths Co-curricular Activities : Mathematics LaboratoryForum of Blended Learning
 
Project Method of Teaching
 Project Method of Teaching Project Method of Teaching
Project Method of TeachingMandeep Gill
 
Values of learning mathematics & correlation of mathematics
Values of learning mathematics & correlation of mathematicsValues of learning mathematics & correlation of mathematics
Values of learning mathematics & correlation of mathematicsKrishna Priya. K.B.
 
Guided discovery method
Guided discovery methodGuided discovery method
Guided discovery methodAthira Athira
 
Methods of teaching mathematics
Methods of teaching mathematicsMethods of teaching mathematics
Methods of teaching mathematicssuresh kumar
 
PROJECT METHOD
PROJECT METHODPROJECT METHOD
PROJECT METHODchinnuviju
 
Mcq's on Mathematics Education
Mcq's on Mathematics EducationMcq's on Mathematics Education
Mcq's on Mathematics Educationsarita78
 
Bruner’s Concept Attainment Model
Bruner’s Concept Attainment ModelBruner’s Concept Attainment Model
Bruner’s Concept Attainment ModelSahin Mondal
 
Action research ancy
Action research ancyAction research ancy
Action research ancyancy ashish
 
Methods of Teaching Science
Methods of Teaching ScienceMethods of Teaching Science
Methods of Teaching ScienceCamille Derecho
 
Need and Significant of physical science
Need and Significant of physical scienceNeed and Significant of physical science
Need and Significant of physical scienceSharmilaParveen3
 

Was ist angesagt? (20)

METHODS OF TEACHING MATHEMATICS
METHODS OF TEACHING MATHEMATICSMETHODS OF TEACHING MATHEMATICS
METHODS OF TEACHING MATHEMATICS
 
Maths Co-curricular Activities : Mathematics Laboratory
Maths Co-curricular Activities : Mathematics LaboratoryMaths Co-curricular Activities : Mathematics Laboratory
Maths Co-curricular Activities : Mathematics Laboratory
 
Project Method of Teaching
 Project Method of Teaching Project Method of Teaching
Project Method of Teaching
 
Values of learning mathematics & correlation of mathematics
Values of learning mathematics & correlation of mathematicsValues of learning mathematics & correlation of mathematics
Values of learning mathematics & correlation of mathematics
 
Guided discovery method
Guided discovery methodGuided discovery method
Guided discovery method
 
5 e's model lesson plan
5 e's model lesson plan5 e's model lesson plan
5 e's model lesson plan
 
Recreational activities
Recreational activities  Recreational activities
Recreational activities
 
Teaching aids in mathematics teaching.
Teaching aids in mathematics teaching.Teaching aids in mathematics teaching.
Teaching aids in mathematics teaching.
 
Methods of teaching mathematics
Methods of teaching mathematicsMethods of teaching mathematics
Methods of teaching mathematics
 
INDUCTIVE-DEDUCTIVE METHOD OF TEACHING MATHEMATICS
INDUCTIVE-DEDUCTIVE METHOD OF TEACHING MATHEMATICSINDUCTIVE-DEDUCTIVE METHOD OF TEACHING MATHEMATICS
INDUCTIVE-DEDUCTIVE METHOD OF TEACHING MATHEMATICS
 
PROJECT METHOD
PROJECT METHODPROJECT METHOD
PROJECT METHOD
 
Mcq's on Mathematics Education
Mcq's on Mathematics EducationMcq's on Mathematics Education
Mcq's on Mathematics Education
 
Diagnostic testing & remedial teaching
Diagnostic testing & remedial teachingDiagnostic testing & remedial teaching
Diagnostic testing & remedial teaching
 
Bruner’s Concept Attainment Model
Bruner’s Concept Attainment ModelBruner’s Concept Attainment Model
Bruner’s Concept Attainment Model
 
Values of Mathematics
Values of MathematicsValues of Mathematics
Values of Mathematics
 
Action research ancy
Action research ancyAction research ancy
Action research ancy
 
Case study
Case studyCase study
Case study
 
Methods of Teaching Science
Methods of Teaching ScienceMethods of Teaching Science
Methods of Teaching Science
 
Need and Significant of physical science
Need and Significant of physical scienceNeed and Significant of physical science
Need and Significant of physical science
 
Drill Method in Mathematics.pptx
Drill Method in Mathematics.pptxDrill Method in Mathematics.pptx
Drill Method in Mathematics.pptx
 

Ähnlich wie Problems Faced by Students in Solving Math Problems

EARCOS Reflections
EARCOS ReflectionsEARCOS Reflections
EARCOS ReflectionsTGascoigne
 
Aswathy s online assignment- research in masthematics education
Aswathy s  online assignment- research in masthematics educationAswathy s  online assignment- research in masthematics education
Aswathy s online assignment- research in masthematics educationAswathySudhakaran
 
Problem Solving for Conceptual Understanding
Problem Solving for Conceptual UnderstandingProblem Solving for Conceptual Understanding
Problem Solving for Conceptual Understandingbarkletk
 
Problem solving methods
Problem solving methodsProblem solving methods
Problem solving methodspushpa jaisal
 
Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...
Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...
Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...IOSRJM
 
An Investigation Of Secondary Teachers Understanding And Belief On Mathemati...
An Investigation Of Secondary Teachers  Understanding And Belief On Mathemati...An Investigation Of Secondary Teachers  Understanding And Belief On Mathemati...
An Investigation Of Secondary Teachers Understanding And Belief On Mathemati...Tye Rausch
 
Problem solving method ppt
Problem solving method pptProblem solving method ppt
Problem solving method pptTHIRUMAGAL K.D
 
THE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptx
THE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptxTHE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptx
THE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptxJamesNikkoEngaoBingi
 
The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...
The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...
The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...Journal of Education and Learning (EduLearn)
 
Secondary mathematics teachers’ use of learners’ responses to foster justific...
Secondary mathematics teachers’ use of learners’ responses to foster justific...Secondary mathematics teachers’ use of learners’ responses to foster justific...
Secondary mathematics teachers’ use of learners’ responses to foster justific...Journal of Education and Learning (EduLearn)
 
PatChapter1-5Thesis.docx
PatChapter1-5Thesis.docxPatChapter1-5Thesis.docx
PatChapter1-5Thesis.docxLaurenceGahol
 
Senior Project Research Paper
Senior Project Research PaperSenior Project Research Paper
Senior Project Research Paperkayleigh_lane
 
Mathematics at roxy
Mathematics at roxyMathematics at roxy
Mathematics at roxymattonz
 
Finalnafinalthesis 100513074602-phpapp02 (1)
Finalnafinalthesis 100513074602-phpapp02 (1)Finalnafinalthesis 100513074602-phpapp02 (1)
Finalnafinalthesis 100513074602-phpapp02 (1)Vhanny Atanacio
 

Ähnlich wie Problems Faced by Students in Solving Math Problems (20)

EARCOS Reflections
EARCOS ReflectionsEARCOS Reflections
EARCOS Reflections
 
Aswathy s online assignment- research in masthematics education
Aswathy s  online assignment- research in masthematics educationAswathy s  online assignment- research in masthematics education
Aswathy s online assignment- research in masthematics education
 
Problem Solving for Conceptual Understanding
Problem Solving for Conceptual UnderstandingProblem Solving for Conceptual Understanding
Problem Solving for Conceptual Understanding
 
Problem solving methods
Problem solving methodsProblem solving methods
Problem solving methods
 
November 2012
November 2012November 2012
November 2012
 
Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...
Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...
Analysis of Students in Difficulty Solve Problems TwoDimentional Figure Quadr...
 
An Investigation Of Secondary Teachers Understanding And Belief On Mathemati...
An Investigation Of Secondary Teachers  Understanding And Belief On Mathemati...An Investigation Of Secondary Teachers  Understanding And Belief On Mathemati...
An Investigation Of Secondary Teachers Understanding And Belief On Mathemati...
 
Problem solving method ppt
Problem solving method pptProblem solving method ppt
Problem solving method ppt
 
Chapters 1 5
Chapters 1 5Chapters 1 5
Chapters 1 5
 
THE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptx
THE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptxTHE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptx
THE-ATTITUDE-OF-FRSHMEN-EDUCATION-STUDENTS-OF-SOUTHERN (1).pptx
 
The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...
The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...
The Students’ Ability to Solve Realistic Mathematical Problems through Polya ...
 
Jen1
Jen1Jen1
Jen1
 
Secondary mathematics teachers’ use of learners’ responses to foster justific...
Secondary mathematics teachers’ use of learners’ responses to foster justific...Secondary mathematics teachers’ use of learners’ responses to foster justific...
Secondary mathematics teachers’ use of learners’ responses to foster justific...
 
PatChapter1-5Thesis.docx
PatChapter1-5Thesis.docxPatChapter1-5Thesis.docx
PatChapter1-5Thesis.docx
 
Senior Project Research Paper
Senior Project Research PaperSenior Project Research Paper
Senior Project Research Paper
 
Final thesis-jen
Final thesis-jenFinal thesis-jen
Final thesis-jen
 
October4,2010 jen thesis
October4,2010 jen thesisOctober4,2010 jen thesis
October4,2010 jen thesis
 
Mathematics at roxy
Mathematics at roxyMathematics at roxy
Mathematics at roxy
 
Finalnafinalthesis 100513074602-phpapp02 (1)
Finalnafinalthesis 100513074602-phpapp02 (1)Finalnafinalthesis 100513074602-phpapp02 (1)
Finalnafinalthesis 100513074602-phpapp02 (1)
 
Final na final thesis
Final na final thesisFinal na final thesis
Final na final thesis
 

Problems Faced by Students in Solving Math Problems

  • 1. ACTION RESEARCH PROJECT “A STUDY OF PROBLEM FACED BY STUDENTS WHILE SOLVING MATHEMATICS PROBLEMS” Researcher Alamelu.P.Iyer
  • 2. CHAPTER 1) INTRODUCTION 2) METHODOLOGY AND DESIGN 3) DATA ANALYSIS 4) CONCLUSION SUGGESTION
  • 3. ACKNOWLEDGEMENT It is indeed a matter of great pleasure and proud privilege to present this project report. I owe a great thanks to many people who helped and supported me during the writing of this project I would like to express thanks to Principal of R.B.T College of Education, Dombivli Dr.NAGRAJ RAO sir for providing me opportunity to conduct this research work and extending his support during my B.Ed. course. I’m indebted to my guide Prof.KAVITA JAISWAL madam for her valuable suggestion and constant encouragement throughout this research which gave me confidence and deep gratitude and sincere thanks to her. I would also like to thank my institution, faculty members, librarian, my friends and my family without whom this project would have been a distant reality.
  • 4. 1. INTRODUCTION Mathematics plays a very important role in our daily living. It is a subject that deals with problems which involve a process of analysis, computation and other mental skills. Historically, learning mathematics and teaching it has been motivated by the belief that a study of mathematics helps individual to learn, to reason and to apply such reasoning to everyday problems. This matter, Mathematics develops the mind to think critically and analytically. It is more than counting, measuring, and computing. It is an eye opener to all sciences. As far as Mathematics instruction is concerned, the major goal is the involvement of the students in the process of discovering mathematical ideas and formulating process. One of the interesting concerns about learning Mathematics is the fact that it develops the mind to solve problemsthat need higher order thinking skills. These problems and puzzles induced the curiosity and chalenge the ingenuit y of individuals.Introducing problem solving into the classroom improves students, skills and their ability to think creatively, logically and carefully. Hugar (2011), pointed out the types of things we might think about a mathematics classroom are equations, procedures, and word problems, but in learning them, a student needs to master to solve problem. Thus, over the last couple of decades there has been a move to approach the teaching of mathematics through problem-solving. Problem-solving as defined in the dictionary is the thought processes involved in solving a problem and it is also the area of cognitive psychology that studies the processes involved in solving problems. The article onProblem Solving in Mathematics: A Tool for Cognitive Development from the University of New York,states that problem solving is “The process wherein students encounter a problem– a question for which they have noimmediately apparent resolution, nor an algorithm that they can directly apply to get ananswer. They must then read the problem carefully, analyze it for whatever information ithas, and examine their own mathematical knowledge to see if they can come up with astrategy that will help them find a solution.
  • 5. The process forces the reorganization ofexisting ideas and the emergence of new ones as students work on problems with the helpof a teacher who acts as a facilitator by asking questions that help studentsto review theirknowledge and construct new connections. As the new knowledge is embedded intoexisting cognitive frameworks, the result is an enrichment of the network of ideasthrough understanding.” I think this in depthlook at what problem-solving is, is a greatframework for what the process entails and how the students benefit from learningmathematics this way. In spite of the importance of Mathematics, there seems to be growing reluctanceof the student to go into subject. Many students, despite a good understanding ofmathematical concepts are inconsistent at analyzing and computing. They make errors because they misread or carry numbers incorrectly or may write numerical clearly enoughor in the correct column. Difficulties in solving problems in Mathematics are evident inside theclass room. Some students were impeded in their progress in solving the problem as theydid not comprehend the problem at all. Several students also committed erroneoussolutions owing to careless computations. Students sometimes identify an appropriateoperations or sequences of operating but do not know the procedures necessary to carryout these operations accurately. Their problem particularly in solving is confounded bythe difficult terminology. These students have difficulty understanding written or verbaldirections or explanations and find word problems especially difficult to translate intomathematical form and inability to use the correct mathematics.The foregoing gave the interest to the researcher to conduct the present study dueto the difficulties of the students in problem solving.
  • 6. 1.2.NEED OF A STUDY Normally we see that students have a fear towards the subject Mathematics. They are unable to understand the basic concepts of Mathematics and their technique due to various reasons. The problems that occur in the process of learning mathematics are relatively less in case of other subjects. Hence, for common students mathematics becomes a tougher subject and consequently, they try to avoid it. Problems related to mathematics occur not only in case of students but also in case of teachers. It is seen that most of the mathematics teachers are not aware of alternative simple methods of teaching mathematics and different skills of solving the same problem. Hence, there is a need to study in detail the problems faced both by students and teachers in learning and teaching mathematics. So this study has been conducted with the sole objective of identifying various problems faced by students and teachers in learning mathematics and solicits suggestive Measure in favors of those. Once the causes of difficulties are discovered, then it is probable to conclude and decide the remedy. The findings of this study provide greater insights into students’ thinking and difficulties as problem solvers. Difficulties are not problems to be overcome or evils to be eradicated but they are simply a part of the mathematical learning process. Thus, no one can achieve competence in any problem solving without experiencing difficulties. The main aim of the study is to investigate students’ ability in solving fraction word problems. The instrument for the study was a set of mathematical problems involving fractions which consists of 10 word problems. One of the observations made from the study is that almost all the students have poor mathematical communication skills. Thus, the students’ lack of concern for the mathematical syntax, grammar and semantic is a contributing factor to their difficulty in word problem solving. Although a lot of research has been carried out relating to students performance in solving word problems, but there is very little work that has been done which dealt with mathematics as a language Students’ lack of exposure in learning the language of mathematics creates countless difficulties in learning the subject regardless of the level of education they are in. It is the root of the problem in learning mathematics especially in the area of word problem solving.
  • 7. 1.3.STATEMENT OF PROBLEM “A study of problem faced by 7thstd students while solving mathematical problems”. 1.4. AIMS “To Study the problem faced by 7thstd. students while solving mathematical problems.” 1.5. OBJECTIVE 1. To study the problems faced by 7thstd. students while solving mathematical problems. 2. To find out the causes of problemsfaced by 7thstd. students while solving mathematical problems. 3. To suggest remedies to overcome the problems faced by 7th std. students while solving mathematical problems. 1.6.OPERATIONAL DEFINITION Word problem: “A mathematical problems that is stated in words rather than in symbols or as an equation.” ___ Mathematics Thesaurus, 2009 Study: “The devotion of time and attention to gaining knowledge of anacademic subject, especially by means of books.” Mathematics: “The study of the measurement, relationships, and properties of quantities and sets, using numbers and symbols. Arithmetic, algebra, geometry, and calculus are branches of mathematics.” Mathematics is published by Maharashtra State Board of Secondary and Higher Secondary Education, Pune based on NCF2005.
  • 8. 1.7. SCOPE AND DELIMITATION OF STUDY While teaching, the teacher is confronted with several problems for which he/she does not have any ready-made solutions. In the particular situation a befitting solution needs to be discovered by the teacher and hence he/she is led to conduct action research thereon. A classroom teacher in a particular solution faces such situations innumerable times during his course of teaching, which is quite different from problems faced by other teachers in their schools. Scope of this research is quite broad and it has many dimensions . It deals with a complete information about subject with which research is related with people.  The study is limited to student of std. 7th of MahilaSamiti English medium , dombivli city.  The study includes students of State board of Secondary and Higher Secondary Education.
  • 9. Chapter 2 METHODOLOGY AND DESIGN “Research is an art of scientific investigation .It is regarded as a systematic efforts to gain new knowledge.” In the broadest sense of the word, the definition of research includes any gathering of data, information and facts for the advancement of knowledge.Reading a factual book of any sort is a kind of research. Surfing the internet or watching the news is also a type of research. Researchers organize their research by formulating and defining a research problem. This helps them focus the research process so that they can draw conclusions reflecting the real world in the best possible way. Research methodology involves the researcher providing an alternative hypothesis, a research hypothesis, as an alternate way to explain the phenomenon. Aims Of Research:  Observe and Describe  Predict  Determination of the Causes  Explain The ultimate aims of research are to generate measurable and testable data, gradually adding to the accumulation of human knowledge. Types of research:  Descriptive Research  Historical Research Descriptive researchis conclusive in nature, as opposed to exploratory. This means that descriptive research gathers quantifiable information that can be used for statistical inference on your target audience through data analysis. As a consequence this type of research takes the form of closed- ended questions, which limits its ability to provide unique insights. However, used properly it can help an organization better define and measure the significance of something about a group of respondents and the population they represent.
  • 10. Descriptive research has the following characteristics:  Descriptive research ascertains prevailing conditions of facts in a group or case under study.  It gives either a qualitative or quantitative, or both, description of the general characteristics of the group or case under study.  What caused the prevailing conditions is not emphasized.  Study of conditions at different periods of time may be made and the change or progress that took place between the periods may be noted or evaluated for any value.  Comparison of the characteristics of two groups or cases may be made to determine their similarities and differences.  The variables or conditions studied in descriptive research are not usually controlled.  Descriptive studies, except in case studies, are generally cross- sectional, that is, it studies the different section belonging to the same group. Historical research is the type of research that examines past events or combinations of events to arrive at an account of what has happened in the past. characteristics of historical research :  It is not a mere accumulation of facts and data or even a portrayal of past events.  It is a flowing, vibrant report of past events which involves an analysis and explanation of these occurrences with the objective of recapturing the nuances, personalities and ideas that influenced these events.  Conducting historical research involves the process of collecting and reading the research material collected and writing the manuscript from the data collected.  It deals with discovery of data that already exists and does not involve creation of data using structured tools.  It is analytical in that it uses logical induction.  It has a variety of foci such as issues, events, movements and concepts.  It records and evaluates the accomplishments of individuals, agencies or institutions. This research problem is related to current situation .so researcher choose descriptive method for research.
  • 11. 2.2. SAMPLE A sample is a finite part of a statistical population whose properties are studied to gain information about the whole. When dealing with people, it can be defined as a set of respondents (people) selected from a larger population for the purpose of a survey. A population is a group of individual’s persons, objects, or items from which samples are taken for measurement for example a population of presidents or professors, books or students. A simple random sample is obtained by choosing elementary units in such a way that each unit in the population has an equal chance of being selected. A simple random sample is free from sampling bias.Researcher choose 30 students as a sample from 7th std. from Mahila Samiti English medium, Dombivli(E). 30 Students were selected as a sample by random sampling. 2.3. TOOLS OF RESEARCH The major tools of research in education can be classified broadly into the following categories. A. Inquiry forms  Questionnaire  Checklist  Score-card Schedule  Rating Scale  Opinionnaire  Attitude Scale B. Observation C. Interview D. Sociometry E. Psychological Tests  Achievement Test  Aptitude Test  Intelligence Test  Interest inventory  Personality measures etc.
  • 12. QUESTIONNAIRE List of a research or survey questions asked to respondents, and designed to extract specific information.A questionnaire is a form containing a set of questions. It serves four basic purposes: (1) collect the appropriate data, (2) make data comparable and amenable to analysis, (3) minimize bias in formulating and asking question, and (4) to make questions engaging and varied. Purpose : The purpose of the questionnaire is to gather information from widely scattered sources. It is mostly used in uses in cases where one can not readily see personally all of the people from whom he desires responses. It is also used where there is no particular reason to see them personality. CHARACTERISTICS: 1. The researcher is able to contact large numbers of people quickly, easily and efficiently using a postal questionnaire (since all he / she has to do is identify the group that will be targeted and post them the list of questions). 2. Questionnaires are relatively quick and easy to create, code and interpret (especially if closed questions are used). In addition, the respondent - not the researcher - does the time-consuming part of completing the questionnaire. 3. A questionnaire is easy to standardise. For example, every respondent is asked the same question in the same way. The researcher, therefore, can be sure that everyone in the sample answers exactly the same questions, which makes this a very reliable method of research. 4. Questionnaires can be used to explore potentially embarrassing areas (such as sexual and criminal matters) more easily than other methods. The questionnaire can, for example, be both anonymous and completed in privacy. This increases the chances of people answering questions honestly because they are not intimidated by the presence of a researcher. 5. Questions worded simply and clearly, not ambiguous or vague, must be objective 6.Attractive in appearance (questions spaced out, and neatly arranged) 7.Write a descriptive title for the questionnaire 8.Write an introduction to the questionnaire 9.Order questions in logical sequence
  • 13. 10.Keep questionnaire uncluttered and easy to complete 11.Delicate questions last (especially demographic questions) 12.Design for easy tabulation 13.Design to achieve objectives 14.Define terms 15.Avoid double negatives and avoid loaded questions. 16.Avoid double barreled questions Advantages of Questionnaire : Questionnaire are economical. In terms of materials, money and time it can supply a considerable amount of research data. • It is easier to arrange. • It supplies standardized answers • It encourages pre-coded answers. • It permits wide coverage. • It helps in conducting depth study. Disadvantages : • It is reliable and valid, but slow. • Pre-coding questions can deter them from answering. • Pre-coded questions can bias the findings towards the researcher. • Postal questionnaire offer little opportunities to check the truthfulness of the answers. • It cannot be used with illiterate and small children. Irrespective of the limitations general consensus goes in favour of the use of questionnaire. It’s quality should be improved and we should be restricted to the situations for which it is suited.
  • 14. Questionnaire prepared by researcher.Final Questionnaire considered of 20questions. Q1. Teacher gives examples while explaining topics? Q2. Teacher gives daily life examples while teaching topics? Q3. Teacher conducts demonstrations in class? Q4. Is teacher finds any difficulty in solving problems? Q5. Teacher clears doubts in classroom itself? Q6. Teacher is loud and clear while teaching? Q7. Formulas are more difficult to understand in mathematics? Q8. Teacher uses teaching aids? Q9. Mathematics is more difficult than other subject? Q10. Teacher gives word problems to solve at home? Q11. Does Teacher explain each principles, rules and formulas one by one? Q12. Teacher explains Theorem clearly? Q13. Teacher uses charts and pictures during explanations? Q14. Teacher takes Revision after chapter? Q15. Do you like mathematics subject? Q16. Do you understand what teacher teaches? Q17. Do you like mathematics teacher? Q18. Do you like to solve word problems? Q19. Do teacher uses various techniques while teaching? Q20. Is mathematics important in today’s life?
  • 15. CHAPTER 3 DATA ANALYSIS 3.1 INTERPRETATION AND GRAPHICAL REPRESENTATION OF DATA Q1. Teachergives examples while explaining topics? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher gives examples while explaining topics. Q2. Teachergives daily life examples while teaching topics? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher gives daily life examples while teaching topics. Q3. Teacherconducts demonstrations in class? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher conducts demonstration in the class. Q4. Is teacherfinds any difficulty in solving problems? FREQUENCY PERCENTAGE YES 5 17% NO 25 83% INTERPRETATION: 83% Students are satisfied with the given statement that teacher doesn’tfinds any difficulty in solving problems.
  • 16. Q5. Teacherclears doubts in classroomitself? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher clears doubts in the classroomitself. Q6. Teacheris loud and clearwhile teaching? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher is loud and clear while teaching. Q7. Formulas are more difficult to understand in mathematics? FREQUENCY PERCENTAGE YES 8 27% NO 22 73% INTERPRETATION: 73% Students are not satisfied with the given statement that formulas are more difficult to understand in mathematics. 0 20 40 60 80 100 Q1 Q2 Q3 Q4 Q5 YES NO
  • 17. Q8. Teacheruses teaching aids? FREQUENCY PERCENTAGE YES 13 43% NO 17 57% INTERPRETATION: 57% Students are not satisfied with the given statement that teacher uses teaching aids. Q9. Mathematics is more difficult than other subject? FREQUENCY PERCENTAGE YES 6 20% NO 24 80% INTERPRETATION: 80% Students are not satisfied with the given statement that Mathematics is more difficult than other subjects. Q10.Teachergives wordproblems to solve at home? FREQUENCY PERCENTAGE YES 28 93% NO 2 7% INTERPRETATION: 93% Students are satisfied with the given statement that teacher gives word problems to solve at home. 0 10 20 30 40 50 60 70 80 90 100 Q6 Q7 Q8 Q9 Q10 YES NO
  • 18. Q11.Does Teacherexplain eachprinciples, rules and formulas one by one? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher explains each principles, rules and formulas one by one. Q12. Teacherexplains Theorem clearly? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher explains theorem clearly. Q13. Teacheruses charts and pictures during explanations? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher uses charts and pictures during explanation. Q14. Teachertakes Revisionafterchapter? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that teacher takes revision after chapter. Q15. Do you like mathematics subject? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that they like mathematics subject
  • 19. Q16. Do you understand what teacherteaches? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that they understand what teacher teaches. Q17. Do you like mathematics teacher? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that they like mathematics teacher. Q18. Do you like to solve word problems? FREQUENCY PERCENTAGE YES 22 73% NO 8 27% INTERPRETATION: 73% Students are satisfied with the given statement that they like to solve word problems. 0 10 20 30 40 50 60 70 80 90 100 Q11 Q12 Q13 Q14 Q15 YES NO
  • 20. Q19. Do teacheruses various techniques while teaching? FREQUENCY PERCENTAGE YES 29 97% NO 1 3% INTERPRETATION: 97% Students are satisfied with the given statement that teacher uses various techniques while teaching. Q20. Is mathematics important in today’s life? FREQUENCY PERCENTAGE YES 30 100% NO NIL - INTERPRETATION: 100% Students are satisfied with the given statement that mathematics is important in today’s life. 0 10 20 30 40 50 60 70 80 90 100 Q16 Q17 Q18 Q19 Q20 YES NO
  • 21. CHAPTER 4 CONCLUSION AND SUGGESTION The conclusion and suggestion are drawn on basis of interpretation of the outcomes of questionaries’ conducted in the class. In the light of interpretation of data the researcher has used all the acre and caution in formulating the hypothesis. This final step of action research demands critical and logical thinking in summarizing the findings of the study and compares them with the action hypothesis formulated. 4.1 CONCLUSION Students are satisfied with the given statement that teacher gives examples while explaining topics. Students are satisfied with the given statement that teacher gives daily life examples while teaching topics. Students are satisfied with the given statement that teacher conducts demonstration in the class. Students are satisfied with the given statement that teacher doesn’tfinds any difficulty in solving problems. Students are satisfied with the given statement that teacher clears doubts in the classroom itself. Students are satisfied with the given statement that teacher is loud and clear while teaching. Students are not satisfied with the given statement that formulas are more difficult to understand in mathematics. Students are not satisfied with the given statement that teacher uses teaching aids. Students are not satisfied with the given statement that Mathematics is more difficult than other subjects. Students are satisfied with the given statement that teacher gives word problems to solve at home. Students are satisfied with the given statement that teacher explains each principles, rules and formulas one by one.
  • 22. Students are satisfied with the given statement that teacher explains theorem clearly. Students are satisfied with the given statement that teacher uses charts and pictures during explanation. Students are satisfied with the given statement that teacher takes revision after chapter. Students are satisfied with the given statement that they like mathematics subject Students are satisfied with the given statement that they understand what teacher teaches. Students are satisfied with the given statement that they like mathematics teacher. Students are satisfied with the given statement that they like to solve word problems. Students are satisfied with the given statement that teacher uses various techniques while teaching. Students are satisfied with the given statement that mathematics is important in today’s life.
  • 23. 4.2 SUGGESTIONS A. Suggestions for Students  Students should give more importance to formula  They must work hard and practice to solve word problems  Learn to apply rules,principles and formulas of mathematics  Learn tables properly  Habit of practicing sums and doing homework regularly. B. Suggestions for Parents  Parents must motivate their wards to use mathematics in their daily life.  Parents should encourage child in participation of maths competition.  Parents should check out their daily works and their home works. C. Suggestions for Teachers  Teacher should use various teaching aids  Teacher must use different ways or method of teaching  Teacher should clear doubts in classroomitself  Teacher should give daily life examples while teaching  Teacher should take revision after teaching topics.