In my study I have chosen to examine the mathematics in children's free play and everyday situations, with focus on sorting and classification. The purpose of the study was to see how children express their mathematical knowledge. I have chosen to use a qualitative method in my examination, here I did observations in a children's group where the children were between three and six years old. I also did interviews with the teacher's on the department to see how they relate to the mathematics and how they formulate the department to achieve as good a learning environment as possible.The result shows that the teacher's approach is incredible important to the children's learning ability and that they are always present to challenge and discuss together with the children. The observation indicates that children use mathematics all the time in their everyday situations and that it is the interaction between individuals and environment that affects children's development. .

Studies show that the performance of Swedish students in the subject of mathematics is to be considered somewhat average. The government has therefore decided to assist with extended project funding to schools on a local level in order to improve these results.Schools will, unlike before, practice teaching suited for the individual needs of students based on their previous experiences, knowledge level, language comprehension and their environment. This is also clearly stated in the Swedish school curriculum.My survey shows how three teachers in primary school actually work towards individualized teaching of mathematics and what methods they prefer. This survey also answered what these teachers considered to be the obstacles and opportunities with individualized teaching methods. The difference in approach of how to practice this has also been documented.The survey, based on interviews and class observations, have been analyzed and compared to previous research and theories in the field of teaching practices.

Enterprise learning is a pedagogic concept that implies that the students, in correlation with development of theoretical, subject specific knowledge, also develops enterprise competences that will be useful in their everyday life and on the labour market. Enterprise learning has grown over the last ten years, as well in school practicing as within research. In the mathematics subject, a strong educational tradition has delayed the introduction of enterprise learning. At the examined school, enterprise mathematics has been introduced during the spring term of 2010. This examination focuses on which of the enterprise competences that are developed and how they are developed.

The purpose of this study is to examine in what extent primary school teachers, teaching children in the age of 6 to 9, choose to use digital tools in their teaching of mathematics. I also want to examine what these teachers think, in terms of advantages and disadvantages, about using digital tools on their mathematics lessons. Finally I want to examine what skills they possess about digital tools.I am using a quantitative method to collect my data. The quantitative survey consisted of a questionnaire survey of ten questions that 38 primary school teachers have answered.The results of my study show that the teachers to some extent use digital tools when they teach mathematics and that the availability of various digital tools are generally good. But it turns out that the availability of tools is not a guarantee that they are used in teaching of mathematics.

This project has aim to examine how students experience their concentration ability during mathematics lessons in the mornings and afternoons, and how students? learning can be in-fluenced by the concentration ability during mathematics lesson in the morning and after-noons respectively? Which role do the methods of learning play in mathematic depending on which time it is carried out during mornings or afternoons with regard to student concentra-tion ability? In order to find out those issues, I used two methods; (interview and observa-tion).Interview with 4 students and 3 teachers and observations of 4 mathematics lessons based on a qualitative method. In order to measure students' concentration ability during ma-thematics education on various times, I distributed questions to 23 students and repeated it during each lesson that I have observed from a quantitative approach in two classes in a sec-ondary school. In the literature I discuss the definition of concentration, and factors affecting the concentration negatively and positively. What is the relationship between concentration, learning and type of activity and how individuals can improve their learning and attention? In addition I studied two earlier studies on the concentration.

The purpose of this study is to examine discursive change regarding mathematics and language in the Swedish primary school curriculums. The study analyzes pedagogical discourses represented within the curriculums and how they represent different pedagogical theories in relation to discursive and social practice. The analysis shows a change towards a more language oriented curriculum discourse in mathematics which still carries an intertextual and discursive heritage from the prior curriculums. In relation to the early curriculums of the Swedish primary schools the former explicit differentiation of students becomes implicit as the language skills become of increasingly importance..

There have been debates on the big differences in mathematics knowledge concerning pupils in Sweden and Finland. Especially, one common issue in the discussions of education is the Pisa test results, which take up in the media. In the Pisa research the Finnish pupils get through well year after year. Because of the discussions about the distinct school systems in Sweden and Finland, I found it interesting to investigate the divergence of the curriculums in these two countries. The main research questions asked were, what are the main differences and similarities in the Swedish and Finnish curriculums in primary school? Such as, is the assignment of primary school similar in Sweden and Finland?In my study I analyzed and compared by means of the curriculum especially mathe-matics teaching in primary schools in grade three in Sweden and in grade two Fin-land.

The aim with this study is to illustrate the underlying causes of students? difficulties in Mathematics from a teacher perspective. The approach that has been used through this study is qualitative, method wise interviews were used. The selection for the study consists of five teachers with many years? experience in the subject of Mathematics.

This thesis tries to describe the use of mathematics in some workplace tasks. In particular the math corresponding to subjects of high school math courses B, C and D, is identified. Furthermore, the study attempts to analyze the nature of the way in which this math comes to use. This is represented by six different competences. Interviews with five (5) professionals, within different areas, are the main sources of information for this study.

The question how teaching should be organized in order to give the students the help and support they need to reach their goals is always of vital interest. All students are unique individuals with different prerequisities, possibilities and needs. Streaming in mathematics could be one solution.The first week at upper secondary school a diagnostic test is carried through. Thereafter, the result is used as a basis for dividing the classes into different teaching groups. Thus, the groups working with mathematics become more homogeneous and the students? previous knowledge is approximately at the same level.

An increasing number of students leave the Swedish compulsory school without having a satisfactory grade in mathematics. Causes why students risk ending up with difficulties in the subject of mathematics are debated but one explanation might be that more and more students are diagnosed with dyscalculia. The purpose of this study is to investigate how educationalists identify and organize their teaching in order to help students with difficulties in mathematics to reach the schools requirement and long-term goals that are defined in advance. It is vital to detect learning difficulties at an early stage. Accordingly, it can be avoided that the student starts to develop a negative self-image due to repeated failures and in the same time provide relevant help.

This analysis is about the fourth basic competence and how you can define it, what it includes and if it is possible to find it in the new curriculum for the Swedish high school; Gymnasiereformen -07. The analysis was focused on the following subjects; Mathematics, Social science and Swedish. The aim with this analysis has been to create a summary in the field of information literacy and to define the fourth basic competence. The analysis were focused on and delimited by the following conceptions; information literacy, digital competence and the information search process. The sources of information has primarily been taken from the field of information literacy and statements from professionals in the fields of information literacy and education.

This exam essay will look at dyslexia, dyscalculia and the connections that may exist between these two phenomena. My purpose, from the beginning, was to investigate if there might be any connections between dyslexia and dyscalculia, or if the consequences that appear as a result of dyslexia, might lead to problems and difficulties in mathematics.   I found it very hard to find literature that deal with dyscalculia, both as a subject of its own and together with dyslexia. Therefore, I was more or less forced to focus on difficulties in mathematics as a result from dyslexia.   From what I have found, dyslexia and dyscalculia cannot be connected, at least not without more research on the subject. Two consequences; an impaired short-term memory and also an impaired spatial ability are both common, both for persons with dyslexia and for persons with dyscalculia. Other than these, there are no connections, apart from the difficulties in mathematics that are directly, or indirectly, caused by dyslexia..

The purpose of the present study is to describe adult second language learners? experiences of mathematics learning from a past and contemporary perspective. What experiences in mathematics do they bring? What does it mean to learn Mathematics through their new language?The study is based on life-world narratives from five second language students with another native language than Swedish. Today they all study at a Swedish folk high school, at upper secondary level and they have previously studied at this level in Mathematics. The result shows that the meeting with the Swedish school and folk high school context is confusing.

During my practice as a teacher trainee at an upper secondary school it became clear to me that many pupils have difficulties with algebra. Also in a report from the National Agency for Education (1999) you can see that the students algebra knowledge get worse and worse. 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 algebra during my training to become a qualified teacher I would like to get to know more about this. I also examine why you have to study algebra in upper secondary school.