During my practice as a teacher trainee at an upper secondary school it became clear to me that many pupils had difficulties with mathematics. I was surprised to find that many pupils seemed to get stuck on the level of attainment for the senior level of the nine-year compulsory school. As I have not studied anything about difficulties in Mathematics during my training to become a qualified teacher, I would like to get to know more about this.After studying research done on this subject I made the following approach to the problem:? What fields regarding Mathematics do the pupils themselves find most difficult?? What factors have been contributory causes to these problems?? What are the factors that have helped pupils with difficulties in Mathematics to reach the goals for the syllabuses in Mathematics?The answers to my questionnaire and interviews resulted in the following conclusions:? Pupils find theory of equation and conversion of units as most difficult at senior level of the nine-year compulsory school.? Teaching should be done in special instruction groups to give the pupil the opportunity to develop his/her skills on an individual level.? Pupils find it hard to deal with all moments in Mathematics during the time given for each course.? The pace for teaching Mathematics is too high according to the pupils.? Pupils wish for instructions on a lower level.? There is often a lack of contact between teacher and pupil.? The teacher should use more time to help the pupil receive good self-confidence and increase the motivation for instructions in Mathematics..

For many years, I have tried to understand why students end up in difficulties in mathematics. As a future teacher, it is extremely important to have knowledge of the various factors that leads to difficulties in mathematics. As a teacher it is obvious to meet the students who find mathematics a difficult subject, and, therefore it is necessary to have a broader knowledge of how to respond and support these students. According to Ahlberg, number of students with mathematics difficulties is increasing every year, therefore, it is important to help students and organize a supporting school environment that promotes and encourages learning (Ahlberg 2001, p. 104-105).

AimThe main aim of this study was to find out how teachers reflect on their work with developing pupils? interest towards mathematics in grade nine. As a teacher in mathematics, it is important to be aware of different views on interest towards mathematics and how it is possible to work in that direction. Since developing interest towards mathematics is written the in syllabus as criteria for teaching mathematics in grade nine, it is important to know and take an active role in finding ways to approach the issue.Main issues? How do teachers in grade nine reflect over their work with development of interest towards mathematics?? How are teachers? Beliefs Systems reflected in their work with interest?MethodThe main focus of this study was teachers? perspective on their own work on developing interest towards mathematics.

The purpose of this Master?s thesis studies is to examine how information seeking is taught from a pedagogical and didactic perspective. The questions at issue are:? What is the content in information seeking education?? What aims are focused in information seeking education?? What methods are used in information seeking education? The methods being used are empirical studies and studies of literature, within the subject area. The study is inspired by phenomenographical learning theories.

 The purpose of this essay is to examine some teachers' reflections on the importance of mathematics in preschool and the importance of language, communication and conceptualization in children's mathematics learning. The study's methodology is based on a qualitative approach, where I interviewed four teachers who work with the 6 -year-olds in two different municipal schools. The study shows the importance of language and communication in mathematics learning. It also shows the importance of the teacher's attitude as well as the educational environment to capture children's curiosity and interest.  Purpose and Issues: The purpose of this study is to investigate some pedagogue?s descriptions of mathematics in the preschool class.

Based on earlier experiences of mathematics and mathematical learning, both as a student and as a teacher, I became more and more interested in how well the publicly accepted opinions about mathematics as an uninteresting, difficult and ?geeky? subject corresponded to reality. What do Swedish pupils really think about mathematics and is it possible to identify any differences in their attitudes based on the pupils? age?From this point of view the following questions were formulated:·What are pupils? attitudes towards mathematics in grades 3, 6 and 9 and how do they conceive their learning conditions?·Is it possible to detect any differences in the attitudes and preferences depending on the pupils? age?The result of this study compares well with previous studies done in this and overlapping fields and indicates that:·Younger pupils tend to have a better liking of mathematics but with increasing age that interest fades out.·Most pupils, without regard to age, consider mathematics to be one of the most important subjects, despite the fact that many pupils also find mathematics difficult and boring.·For pupils of all ages, the teacher is the most important factor in the learning process. Older students have more specific demands on the teacher for knowledge and pedagogical skills.·A high noise level, talking and disturbances in the classroom are the most bothering elements when it comes to learning mathematics.

Study aimed to see if the language has bearing on mathematics learning. The study used qualitative interviews of three first grade teachers and one special education teacher.The questions asked was:Do the teachers and specialist teacher, at the selected schools, think there is a connection between language difficulties and difficulties in mathematics and in case how is this connection.How does the teachers / specialist teacher make it easier for students to learn mathematics and swedish.The study was based on Vygotsky and Piaget teories. In previous research, it is primarily Malmer, Hoines, Lowing and Kilborn who´s been treated. Within the governing documents, it is mainly the compulsory school curriculum Lpo-94, and the curriculum for mathematics treated.I hope that the study has conclude that there is a connection between language and mathematics learning.I tried to emerged this through interviews with tree teachers and one special teatcher but i couldn´t. The teatchers couldn`t fint that it was the only reason to why the pupils hade difficulties in mathematics.But in the literature I found the relation between language- and mathematicdificulties..

This study aims to visualize the youngest preschool children matematical learning in the free game. In my study the mathematics will be analyzed  based on the interactions children participate in, and how children experience mathematics through the lived body.I have chosen to undertake a qualitative research in form of observations. Through this research method, I would approach the child's perspective, which means that i analyze the material that the children in the observations reveals to me as a researcher.The results of the study show that children experience mathematics skills both through the lived body, as well as in interaction situations between children. The mathematics are around among us, all the time. This is very important to take into account for children's continued development of mathematical knowledge..

This study examines some students? attitudes towards mathematics in grade 2-4. When studying students? attitudes questionnaires and interviews are often being used as methods. In this study we used a more rare method.

During recent years, the trend of Swedish students? negative performance and results in mathematics has been discussed. It is agreed that a change in teaching methods is necessary in order to solve this issue. Thus we found it interesting to take a closer look at an alternative way of teaching. The purpose of this study was to find out what teachers and students associate concrete mathematics with and make a comparison between them.

In Adult Education-Restaurant students often have a negative attitude towards the subject of math. Often mathematics is associated with what experiences the students had of this subject in elementary school - experiences that many times reduce the motivation for the same that is so frequent in the catering industry, in different contexts. Mathematics more or less unconsciously permeates restaurant profession at large, and as a chef you must realize the importance of mathematics in your daily work in the kitchen. The purpose of the work is to develop the mathematics lesson weight and volume by planning and designing more stimulating lessons accommodated in the kitchen - combining calculation problems with the work in a real kitchen environment. The aim is to help increase the students? motivation for and understanding of the importance of mathematics in the kitchen work. An action-oriented research method was used where students in a survey were asked to answer questions about their previous experiences with mathematics and how they themselves thought that motivating lessons on mathematics in cooking should be designed. The survey revealed that the majority of the students thought that the mathematics lessons weight and volume preferably should take place in the kitchen.

Background: Mathematics is a subject that many students perceive as difficult. In recent years, results in mathematics declined, while many students have difficulties in the subject of Swedish. However, there is not much research on the relationship between difficulties in mathematics and language weaknesses.Purpose: The purpose of this work is to find out what role the advocate competence of learning opportunities for the students to understand mathematics. A further aim of this work is to find out how mathematics is verbalized and individualized in preschool and find out how teachers in those classes describes how they work to verbalize and individualize mathematics.Method: The purpose is answered by observations in preschool and interviews of the teachers working in the observed classes. The empirical data are discussed and analyzed with theories related to children's learning and literature of mathematics and language.Result: The results show that mathematics is extensively verbalized in preschool classes.

The purpose of my study is to contribute knowledge about how class teachers can work with students who are in mathematics difficulties. The question at issues I have is: Which methods can class teachers in grades 1-3 use to help students with mathematics difficulties? and Which obstacles and opportunities are there in this work? To get answers to my questions, I have read relevant literature and interviewed 3 class teachers in central Sweden. Through my interview I learned that education should include and build on concrete materials and methods. I also got to know that time is the biggest obstacle to helping students with mathematics difficulties. Keywords: mathematics difficulties, methods, obstacles, opportunities.

This research is about the experience educationalists have of children encountering mathematics in a preschool. What is the impact of introducing mathematics in preschool? How do educationalists work with mathematics and how do they experience the children?s interest in mathematics?  The aim of this degree project is to examine how educationalists experience children´s interest in mathematics when they encounter mathematics at an early age. The degree project is limited to educationalists and children within a preschool located north of Stockholm.This research seeks answers to the following questions at issue. Does an early encounter with mathematics in preschool lead to increased interest in mathematics among children?  How can educationalists in preschool work in a appropriate way with mathematics to stimulate children to develop within mathematics and to increase their interest? How does educationalists in preschool experience children´s interest in mathematics?Theories by Piaget, Vygotskij and Dewey were used as well as former research in this subject.To answer the aim and the questions at issue in this research, three interviews was conducted with educationalists at the preschool and recorded with a Dictaphone.

Algebra in school, - a study on students` algebraic knowledge of the field equations in ninth grade.International (TIMSS) and national mathematics studies detects that Swedish pupils math skills is deteriorating in comparison to other countries. Therefore has the subject of mathematics become one of the school subjects which are becoming increasingly in focus. The government has made a big effort, Matematiklyftet, in mathematics in primary education, 650 million has been invested and the Agency has been tasked to train all current mathematics teachers through peer collegial learning. This effort is the most pervasive in modern times in Sweden.The aim of this study is that we as prospective mathematics teachers want to find our approach to surveys results. By using the Governments? diagnoses, Diamant, student group interviews, teacher interviews and theories in mathematics education, we want to make students' algebraic knowledge of the field equations visible.