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..

National Agency for Education for the results of national sample results show that students with another mother tongue than Swedish have low results with a larger percentage than majority students. Research shows that this depends on their mother tongue and the importance of language in the subject to learn.The purpose of this study was to examine how teachers experience, plan and implement their teaching field of mathematics in the preparatory class. The focus is on two perspectives; an intercultural perspective and a social perspective. The newly arrived pupils in the preparatory class come from different parts of the world which leads to an intercultural classroom being formed. The aim of the social perspective is understand how students integrate into the social in the classroom.I use qualitative methods through interviews.

The aim of this study is to investigate how mathematics teachers use formative assessment to make the course objectives clear to the student. This is part of a wider aim in Sweden to find ways for improving mathematics teaching. Qualitative semi-structrured interviews and observations were used for collecting data. Different approaches to integrate formative assessment in their classrooms is discussed: questioning, discussions in whole-class, group work and assessment and feedback. The analysis of the results indicated that the teachers thought differently about how to integrate the course objectives in their planning.

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.

The purpose of this study is to examine the importance of a working laboratory in mathematics education, how it influences students? learning and the confidence the teacher has in the laboratory component. Focus has been placed upon the advantages and disadvantages that could follow in the working method.The method used in this essay is qualitative in order to answer all the questions that arise along the way, and in order to use this method in interviews. The interviews that has taken place has been with five class teachers that are currently teaching at a elementary school between the years of 1-5. The purpose of this study has been answered by using its literature and the qualitative method with the class teachers.The results of the research show that teachers express gratitude towards the method in use for mathematics studies.

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.

The aim of this paper is to investigate and analyze practices in multilingual classrooms of mathematics in a compulsory school in Sweden where immigrant students have been known to succeed. The school is situated in a suburban and segregated area outside a major city where pupils come from mainly limited socio-economic backgrounds. The rate of second language learners are 70% of all pupils in this school.By using ethnographic methods, mainly interviews and participant observation, data was collected in four mathematics classrooms which corresponded to consecutive ages of education. The data include field notes and observation of artifacts in the environment as well as interviews and informal conversations with teachers and school leadership. Information from the school website, the authority in charge of quality in Swedish schools (Skolverket) and the municipality were also used.The analysis is based on a socio-political viewpoint that power is relational and reflected within schools.

The purpose of this study is to present arguments concerning a zestful learning for children ages 6-9 in mathematics. Four books in mathematics has specifically been analyzed to investigate what is written concerning a zestful learning. By means of an argumentation analysis within a qualitative text analysis the arguments are put forth. The didactic choices of the chosen literature are analyzed in a subject-matter didactic context. The result implicates a multitude of arguments and didactic choices supporting a zestful learning.

In this essay, I have examined what has been studied and presented in the theory of ICT in schools. I have based my theory on Arne Trageton?s book Att skriva sig till läsning ? IKT i förskoleklass och skola (2005) and theories on children?s reading and writing development.The purpose of this study is to determine how teachers and children experience teaching with Trageton?s ICT-based model Att skriva sig till läsning and whether the model is beneficial for children's first reading and writing.Through qualitative interviews with two pedagogues from the same school and some children from first grade, I have received answers to my two questions:How do pedagogues and children experience ICT-based teaching in the context of children's first reading and writing?How do pedagogues experience the reading and writing development in first- and second-language students when using ICT-based teaching?The results showed that both pedagogues and children were positive about the model in which the computer was used as a writing tool in learning to read and write. The teachers felt that the model was suitable for all children according to their conditions.The children saw the writing as very enjoyable. For the ICT-based teaching to work properly, the technology has great significance.

Studien syftar till att beskriva hur lärare i matematik upplever att de praktiskt hanterar elevers olika förutsättningar i sin matematikundervisning. Undersökningen genomfördes som en fallstudie av två lärare i matematik i grundskolans senare år. Det empiriska materialet består av fyra klassrumsobservationer, som analyserades för att identifiera olika typer av individualisering, samt fyra intervjuer, för att belysa lärarnas upplevelser av och tankar kring individualisering. Det framkom att det förekommer flera olika typer av individualisering. En del individualisering var ett resultat av lärarens medvetna val, men det förekom även individualisering som lärarna delvis var omedvetna om..

AbstractThis examination is about how pedagogue can teach language in junior school first year with element of the arts of learning. The purpose of the examination is to take a piece of how pedagogues in two classes in junior school first grade can use the arts for a way of working with the language teaching. The observation of Swedish- and English language training in two classes have give a insight in how two teacher work with the language teaching in first grade. The class teachers who were interview received questions about the observation and what they think about language teaching. The questions were about their basic view on language teaching and arts of learning.

This study is about the above-average pupils? situation in schools and how teachers work to encourage and motivate these pupils' development in mathematics. The purpose of this study is to find out how a group of teachers work with above-average pupils in mathematics. The study addresses previous research on these students' school situation and how teachers should work with them. There have been unstructured interviews with a number of educators to get a personal insight into how they work with above-average pupils.

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 this study is to provide a description of how mathematics teachers in grades 3 choose to work with mathematics and how it affects of student performance in national tests. The categories I will use are outdoor education, textbooks, learning materials and problem solving. Laboratory materials can be everyday materials and educational materials in which pupils have an abstract understanding of the subject. This survey was conducted through interviews and observations. The survey was also conducted in relation to student performance in national math tests.

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.