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.

In many earlier investigations a recall advantage of auditory lists spoken in a single voice has been found over recall of lists spoken in two alternating voices. One explanation proposed is an organization strategy which makes recall of alternating-voice lists so difficult. The strategy implies sorting same-voice words into same-voice groups at encoding. Based on this proposition, it was assumed that voice-by-voice recall would be better than recall in order of presentation, as then the recall instruction and the organization of items in memory would be in concordance. The present experiment tested and was unable to support this hypothesis.

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.

AbstractMy study is about working memory and working memory abilities for children with concentration difficulties. I have looked at literature and current research. I have also done an interview study on three pedagogues who have experience of the problem area.The conclusion I can draw from my investigation is, when it comes to working memory and what children with concentration difficulties can have problem with, is often shown when instruction is given in several stages and when the child come to the last instruction they sometimes have forgotten what the first instruction was. Special questions, image, image schedules and written instruction can help the child to remember. I also found that the pedagogues not only looked at working memory, but they also examined how the child hear and see, therefore they look at the ability of how the child notice what they hear and see and how they use it in their every day living.

The aim of the study is to examine factors influencing students? feelings of pleasure or pain associated with school mathematics. Own experience of students? frustration about mathematics and concern about students not reaching desired goals is the driving force in this study. It contributes with knowledge from the students' perspective.

This study investigates if and how grammar instructions and exercises in Spanish textbooks have evolved during the last thirty years. More specifically it focuses on how the grammar is presented (explicit instruction) and on the nature of the exercises (input, production and interaction). The method for investigating these things is firstly an analysis of the explicit instruction, and secondly a quantitative study of the exercises. The number of textbooks analyzed in this study is four and only the chapters that focus on teaching the preterite are included in the analysis. The result shows a tendency towards direct explicit instruction and controlled production practice.

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.

In many earlier investigations a recall advantage of auditory lists spoken in a single voice has been found over recall of lists spoken in two alternating voices. One explanation proposed is an organization strategy which makes recall of alternating-voice lists so difficult. The strategy implies sorting same-voice words into same-voice groups at encoding. Based on this proposition, it was assumed that voice-by-voice recall would be better than recall in order of presentation, as then the recall instruction and the organization of items in memory would be in concordance. The present experiment tested and was unable to support this hypothesis.

I föreliggande studie undersöks hur ett undervisningsupplägg baserat på flipped classroom påverkar resultatet i en matematikklass på det naturvetenskapliga programmet, samt hur eleverna förhåller sig till ett sådant undervisningsupplägg.Klassen undervisades av samma lärare, men med olika undervisningsupplägg, i tre olika matematikkurser: Traditionell undervisning med klassrumsbaserade genomgångar i Ma 1c; inverterad undervisning i Ma 2c där eleverna före lektionstillfället tog del av en videogenomgång, för att frigöra tid för uppgiftslösning i klassrummet; inverterad undervisning i Ma 3c med tillägget att man i klassrummet använde sig av undervisnings­verktyget peer instruction.En enkät gjordes angående elevernas attityder till de olika undervisningsuppläggen. Vidare gjordes en jämförelse av klassens resultat på de nationella proven med resultaten i riket, samt med resultaten för en elevgrupp som undervisats traditionellt.Enkätsvaren visar att eleverna var mycket nöjda med flipped classroom, och att majoriteten ansåg att de lärde sig mer med flipped-classroom-baserad undervisning än med traditionell undervisning. Detta gäller elever på alla betygs­nivåer; elever med såväl som utan tillgång till matematik­hjälp hemma; pojkar såväl flickor. Elevernas inställning till peer instruction var mera splittrad.Jämförelsen av resultat på de nationella proven visar en tydlig nedgång i elevernas prestation mellan Ma 1c och Ma 3c. Den största delen av nedgången skedde mellan Ma 1c och Ma 2c, dvs.

The purpose of this study was to, from the teacher's point of view; discover pupils with reading difficulties in connection with text assignments in mathematics, the teacher's support for these students, if difficulties coincide and whether it's the mathematics teacher's responsibility to make sure pupils with reading difficulties develop their reading ability. The study is based on a qualitative method and five semistructured interviews with mathematics teachers and one language support teacher.The result shows there is a strong connection between the pupils' reading ability and their ability to manage text assignments in mathematics. A weak reading ability affects the pupil in a negative way when solving text assignments in mathematics due to wrong reading technique if the teacher is absent. It is not unusual that reading difficulties and mathematics difficulties coincide. The teacher's most important role in the learning process is to teach the pupils understanding about the reading technique in different ways and to give the pupils opportunity to get spoken texts.

AbstractThe purpose of this investigation was to understand how teachers/pedagogues nowadays work with mathematics in school. In what way can they pin point the difficulties a pupil with another language might have with mathematics.I started the process of this investigation by reading litterature on the subject. Then I did interviews with several teachers and pedagogues teaching in different schools with children at different ages.The results found in my investegation pointed to a lack of practical work with mathematics especially in classroom and revealed from the teachers a strong desire to work with mathematics in different ways.?Talking maths? with pupils in class will help them understand the subject better. Several teachers are of the opinion that the pupils will reach the goals in school with this method.The teachers are also aware of the importance of having practical mathematics.

Swedish students' knowledge of mathematics has deteriorated in recent years. Teaching of mathematics is therefore starting point in an ongoing discussion among researchers, school leaders, politicians, teachers and others, who all thinks they know best about how teaching should be designed to the greatest extent possible to raise students' proficiency levels in the subject. Teachers' practices have long been the focus of discussions and views on these differ. The purpose of this paper is therefore to study students 'conceptions of mathematics and mathematics teaching, with teachers' methods and tools of focus, in relation to previous research on the subject. The method used was a survey of students in secondary school and a textual analysis of previous studies on the subject.As revealed by the survey was that the textbook has a big advantage in mathematics education in Sweden today.Many students are not accustomed to working in a different way and thereforedoes not know either what the alternative approach entails.

The aim of this study was to, from a special educational approach, describe and analyse nine teachers and headmasters experiences and perceptions of the use of laptos, ?1-1?, as a tool for working with 13-16 year old pupils born outside of Sweden and with special educational needs (SEN). Interviews were used for data collection. The interview material was analysed with the phenomenografic analysis method and with meaning condensation method. The result was analysed through three perspectives on special education and the concept of inclusion as the study?s frame of reference.

To find useful methods of reading instructions for pupils with Cerebral palsy is a complex but at the same time very challenging work. The main focus of this research lies in studying the pupils work focusing on special adaptation of educational materials and means of assistance for pupils with Cerebral palsy. In trying to get a complete picture of the work with the reading instruction I don?t think that it can be described only by studying the work, it also demands an inside look at the job the working group performs. My overarching purpose of this research is to try out measures to further develop the work with reading instruction for pupils with Cerebral palsy.