Ability Of Understanding Mathematical Concepts Research Articles

Identifying the Mathematical Concept Understanding Ability of Junior High School Students in Learning Linear Function Material

Understanding mathematical and mathematical concepts is one of my fundamental abilities. Therefore, it is necessary to teach mathematics by emphasizing concept understanding so that students are trained to solve problems with the concepts they understand appropriately. This study aims to analyze the knowledge of mathematical concepts of students at junior high school level grade VIII on linear function material. This research is qualitative research with a descriptive method. The research subjects were VIII grade students, as many as 33 students. Data collection through two description questions was then analyzed according to the ability of high, medium, and low student categories. Furthermore, direct interviews were conducted to obtain more in-depth information about students' understanding of mathematical concepts. The results showed that 39.39% of students had high-category mathematical concept understanding ability (ST), 6.06% of students in the medium category (SS), and 54.55% of students in the low category (SR). ST fulfills all indicators with the correct answer, and SS fulfills all indicators, but the answers produced could be more precise. SR cannot apply concepts, so it only fulfills some indicators, which results in errors in solving problems.

Pengaruh Model Pembelajaran Kooperatif Tipe Scramble Terhadap Pemahaman Konsep Matematis Siswa SMP

This research is motivated by the importance of the ability to understand mathematical concepts. This is because mathematical concepts are related to one another so that learning them must be continuous and continuous. But in reality there are still many students who cannot understand the learning concept as a whole. One of the efforts and solutions to overcome this is that there must be an update in the learning model, the Learning Model which is expected to improve students' understanding of mathematical concepts is the scramble type cooperative learning model. The purpose of this study was to determine whether there is an effect of scramble type cooperative learning model on students' understanding of mathematical concepts. This type of research is a experimental research. The population in this study were all seventh grade students at one of the junior high schools in Kerinci. The sample consisted of two classes selected by probability sampling. The instrument used was a test of mathematical concept understanding ability. Data analysis using Independent t-test. Based on data analysis, it was found that there was an effect of scramble type cooperative learning model on students' mathematical concept understanding ability with the average value of the experimental class of 88.03 and the control class of 78.10.

Analysis of Students' Mathematical Concept Understanding Ability on Circle Material Based on Learning Style

This research aims to analyze students' mathematical concept understanding ability in solving circle material problems by considering learning styles. The method used in this research is qualitative method with descriptive approach. This research was conducted on students of class XI Culinary 1 at SMKN 6 Semarang which amounted to 36 students. Data were collected through mathematical concept understanding test and student learning style questionnaire. The subjects in this study were three students who represented each student's learning style. The techniques used to collect data were observation, mathematical concept understanding ability test, interview and documentation. The results showed variations in learning styles and variations in students' mathematical concept understanding abilities in solving circle material problems. Learners with visual and auditory learning styles tend to have better understanding abilities in solving the problem, while learners with kinesthetic styles show different patterns. So it can be concluded that the learning style of learners can affect students' mathematical understanding ability in solving circle material problems, therefore the importance of recognizing the learning style of students in the mathematics learning process. Each learner with a different learning style has a different mathematical concept understanding ability, so an approach that is in accordance with the characteristics of learners is needed to improve students' mathematical concept understanding ability.

Examining Brain Based Learning Models Assisted Open-Ended Approach To Mathematics Understanding Concept

The implementation of this research is due to indications of learning problems related to students' difficulties in understanding mathematics in division material in third grade elementary school which results in students being weak in understanding mathematical concepts. This needs to be improved through the implementation of a brain-based learning model with an open-ended approach so that it affects students' understanding of mathematical concepts. Quasi-experiment with pretest posttest control group design was used as the basis for this research method. The study population consisted of 96 grade 3 students from 5 schools in cluster 5, Klaten. Simple randomization was used as a sampling technique with a sample of 48 students. The research instrument used was a test of 10 questions with essay type. Based on the results of the hypothesis test obtained at 0.018, the brain-based learning model assisted by an open-ended approach has an effect on students' understanding of mathematical concepts with an average increase of 34.96 seen from the pretest and posttest. This research contributes to influencing students' mathematical concept understanding ability in a more positive direction through collaboration between the brain-based learning model with an open-ended approach.

KEMAMPUAN PEMAHAMAN KONSEP MATEMATIS SISWA PADA PEMBELAJARAN MODEL RME

This research aimed to produce a study of students' mathematical concept understanding abilities in classes with Realistic Mathematics Education (RME) model learning and classes that did not receive RME model learning. This research was a quantitative method of quasi experiment model designed in the form of non-equivalent control group design involving two research classes determined using purposive sampling technique. The instrument used was a test of students' mathematical concept understanding ability in the form of description questions. The data analysis technique in this study used an independent sample t-test and N-gain score. The results of the analysis showed that students' mathematical concept understanding ability in the class that received RME model learning was better than that of those who did not receive RME model learning. The increase in students' mathematical concept understanding ability in the class with RME model learning was in a low category with an average gain score of 0.025. The low increase is due to the limited learning time at school during the adaptation period of new habits, so that learning with the RME model does not run effectively.

Effect of problem-based learning model assisted by Google Site on the students’ mathematical concept understanding ability

The study aims to determine the effect of the problem-based learning (PBL) model assisted by Google Site on the students’ mathematical concept understanding ability. This type of research uses quantitative research with an experimental method. The subject is two classes, 30 students in VIII G as the experimental class and 30 students in VIII I as the control class. The data collection technique uses a description test in the materials in flat-sided shape and interviews for observation. Technique data analysis using the t-test with SPSS version 26 and determining the magnitude of the effect using the effect size test. The result obtained that the average mathematical concept understanding ability of students who receive learning with the PBL model assisted by Google Site is better than students who receive learning with conventional learning. Thus, it can be shown that a significant effect of applying the PBL model assisted by Google Site on the mathematical concept understanding ability. The effect size on the students’ post-test is 1.85. This shows that the effect of the problem-based learning model assisted by Google Site on the students’ mathematical concept understanding ability is in the high category.

Analysis of students’ mathematical concept understanding ability in learning after covid-19 pandemic at SMPN 1 Anyar

The purpose of this study was to determine the ability of SMPN 1 Anyar students to understand mathematical concepts in learning after the Covid-19 pandemic. The method used in this study is a qualitative descriptive method with students of IX-C SMPN 1 Anyar as the participants. The data were collected from a test form of 7 description questions with the focus of quadratic equation material and a semi-structured interview as a non-test instrument. The results of the student's mathematical concept understanding ability test are found to be two students with very good categories, three students with good categories, eight students with medium categories, there are nine students with low categories, and ten students with very low categories. Thus, it can be concluded that the students’ mathematical understanding ability of SMPN 1 Anyar in post-Covid-19 pandemic learning is still relatively low.

ANALYSIS THE ABILITY UNDERSTANDING THE CONCEPT STUDENTS IN CLASS VIII OF SMP ORAHILI FONDRAKO QUADRATIC

One of the problem which obtained by the researcher was the lack of ability in understanding mathematical concepts at the VIII grade students at orahili fondako on quadratic equation material. This research is aimed to describe the ability of mathematical concept understanding of students at the VIII grade at orahili fondako village on quadratic equation material and to know what are the students' difficulty at the VIII grade of orahili fondako village in finishing the concept comprehending ability especially on quadratic equation material. This research used qualitative descriptive research. The subject of the research was students at VIII grade in orahili fondako village which consists of 15 persons. The technique of collecting data was done by observation and test to the subject of the research. Data was analyzed by the steps as follow, data reduction, data display and verifing conclusion. As the result of the research shows that the mathematical concepts understanding at the VIII grade on quadratic equation material takes place under category by the percentage was 33%. The difficulties which got by the students in finising a test of mathematical concept understanding ability on quadratic equation material which students was lack to comprehend the test of the test given where, the students did not know what is the meaning and the purpose was asked of the case, then the students also still lack to elaborate that concept in a test, so the students were not able to answer the case of the test given and the students still lacked in understanding the steps in describing quadratic equation graphic. Furthermore, students still not able to apply the concept of quadratic equation in the case of problem solving. The researcher suggesting that the teacher and parent be collaborated on online learning proces which is applying nowdays so that the students' mathematical concept understanding be improved.

The Role of Prior Mathematical Knowledge and Interest in Mathematics on Mathematical Concept Understanding Ability in Senior High School Students

The role of prior mathematical knowledge and interest in mathematics as internal factors that can influence the mathematical concept understanding ability in learning mathematics in schools is important to consider. The purpose of this study was to determine the effect of prior mathematical knowledge and interest in mathematics to mathematical concept understanding ability. This study uses a quantitative research approach with data analysis techniques using multiple linear regression analysis. The participants in this study totaled 91 students who were all students of class X MA As-syafiiyah 02 Kota Bekasi for academic year 2022/2023. The results of this study were obtained: 1) Students' prior mathematical knowledge had a significant effect on students' mathematical concept understanding partially 2) Students' interest in learning mathematics had a significant effect on student’s mathematical concept understanding partially 3) prior mathematical knowledge and interest in learning mathematics simultaneously had a significant influence to the mathematical concept understanding ability. This can be interpreted that the acquisition of students' mathematical concept understanding ability can be increased by considering the factors of prior mathematical knowledge and students' interest in learning mathematics.

THE IMPLEMENTATION EFFECT OF PEER TEACHING FLIPPED CLASSROOM ON STUDENT'S UNDERSTANDING OF MATHEMATICAL CONCEPTS IN LEARNING MATHEMATICS

This research is motivated by the low understanding of students' mathematical concepts in the mathematics learning process. The purpose of this study was to find out how the influence of the Peer Teaching Flipped Classroom learning model on mathematical concept understanding, and the influence of Peer Teaching Flipped Classroom in terms of academic ability level on the student’s mathematical concept understanding ability in class XII IPA3 SMAN 1 X Koto Tanah Datar Regency. This type of research is a quantitative nonequivalent pretest-posttest experiment. Where the research subjects were students of class XII IPA SMAN 1 X Koto Kab. Tanah Datar for the 2022/2023 academic year, totaling 44 students. The instrument used to collect data is in the form of test questions. The results of this study indicate that students have an increase in answering questions. Based on data analysis obtained F(1.42) and p=0.001 <0.05 then H0 is rejected, which means that there is an influence of Peer Teaching Flipped Classroom on understanding mathematical concepts of class XII IPA3 students of SMAN 1 X Koto Kab. Tanah Datar. However, the level of students' academic ability did not have a significant effect on understanding mathematical concepts with the application of Peer Teaching Flipped Classroom. It is seen from the analysis of the data obtained p = 0.051> 0.05, then H0 is accepted.

KEEFEKTIFAN KOLABORASI MODEL PEMBELAJARAN AIR DENGAN CRH BERBANTUAN VIDEO PEMBELAJARAN TERHADAP PEMAHAMAN KONSEP MATEMATIKA

This study aims to: (1) determine the average ability to understand mathematical concepts of students who are taught using the collaborative learning model AIR (Auditory, Intellectual, Repetition) with CRH (Course Review Horay) assisted by video learning is better than the average understanding of mathematical concepts students who are taught using conventional learning models, (2) knowing the average mathematical concept understanding ability of students who use the AIR (Auditory, Intellectual, Repetition) collaborative learning model with CRH (Course Review Horay) assisted by learning videos to achieve the Minimum Completeness Criteria (KKM). This research is a quantitative research with experimental method. The population of this study were all eighth grade students of MTs Nurul Huda Banyuputih in the even semester 2021/2022 academic year. Data collection was carried out using the test method. The data obtained were analyzed by t test and Z test. The results showed: (1) the average mathematical concept understanding ability of students who are taught using the AIR collaboration model with CRH assisted by video learning is better than the average understanding of mathematical concepts of students who are taught using the model conventional learning, (2) the proportion of students taught using the AIR collaboration model with CRH assisted learning video gets a score of more than 75%.

Profil Kemampuan Pemahaman Konsep Ditinjau dari Kecemasan Matematis Siswa Smp pada Pembelajaran Tatap Muka Terbatas

The aim of this study was to describe the profil in conceptual understanding abilities based on mathematical anxiety of junior high school students with limited face-to-face learning. A qualitative, descriptive method was used in this analysis. The subjects in this study were students in class VIII-H at SMPN 2 Cikarang Barat. The research subjects were six people, consisting of two people in each category of mathematical anxiety, selected by purposive sampling based on their mathematical anxiety to analyze their ability to understand mathematical concepts. This research used a mathematical concept understanding ability test, a mathematical anxiety questionnaire, and in-dept interviews. Data analysis methods include data presentation, data reduction, and drawing conclusions.The results reveal that students with low mathematical anxiety understand mathematical concepts better than students with medium or high mathematical anxiety. There are only two indicators of the mathematical concept understanding ability that are met by students with a high level of mathematical anxiety, namely: verbally conveying the concepts that have been taught and classifying objects based on certain forms that are similar to the concept requirements (showing examples and not examples). Students with medium levels of mathematical anxiety have three indicators of their mathematical concept understanding ability: verbally conveying the concepts that have been taught; classifying objects based on certain forms that are similar to the concept requirements (showing examples and not examples); and building necessary or sufficient conditions for a concept. Meanwhile, students with low mathematical anxiety almost fulfilled all indicators of mathematical concept understanding ability

PENGARUH KECERDASAN LOGIS MATEMATIS DAN KEMANDIRIAN BELAJAR TERHADAP KEMAMPUAN PEMAHAMAN KONSEP MATEMATIS SISWA DALAM PEMBELAJARAN BERBASIS DARING

This study aims to determine the effect of mathematical logical intelligence and self-regulated learning on the ability to understand students' mathematical concepts in online-based mathematics learning. This research is survey research by giving a logical-mathematical intelligence test, a self-regulated learning questionnaire, and a mathematical concept understanding ability test to 142 X grade students in one of the Jakarta State Senior High Schools. Statistical analysis used in this study is multiple linear regression. Based on the results of hypothesis testing, it can be seen that there is an effect of mathematical logical intelligence and self-regulated learning together on the ability to understand students' mathematical concepts in online-based mathematics learning by 49.53%, there is an influence of mathematical logical intelligence significantly on the ability to understand students' mathematical concepts in online-based mathematics learning, and there is no significant effect of self-regulated learning on the ability to understand students' mathematical concepts in online-based mathematics learning.

The improvement of mathematics understanding ability on system of linear equation materials and students learning motivation using geogebra-based educational games

The purpose of this research is to determine the improvement of students' mathematical understanding ability on a system of linear equations using GeoGebra-based game education. This research use quasi-experimental that was conducted on two classes of the school in Indonesia. Class X MIPA 4 as experimental class and X MIPA 3 as control class. Based on the results the average score of N-Gain value analysis, mathematical concept understanding ability in the experimental class is 0.55, and the control class average score is 0.30. Based on the calculation, the Asymp. Sig. (2 tailed) of 0.000 is obtained. Because the significance score is obtained less than 0.05, thus it is rejected and is accepted. So, it can be concluded that the improvement of students' mathematical understanding ability using GeoGebra-based game education is better than the improvement through ordinary learning. The learning motivation of students using GeoGebra-based game education as a positive learning media, but there is no relationship between learning motivation and students' mathematical understanding using GeoGebra-Based Game Education.

Analisis Kemampuan Penalaran Matematis Siswa MTs. NW Senyiur terhadap Kemampuan Pemahaman Konsep Matematika

The aims of this study are: 1) to describe the ability to understand concepts through students' mathematical reasoning on the Cube and Block material; and 2) to determine the relationship between the mathematical reasoning abilities of MTs. students NW Senyiur with the ability to understand the concept of Cube and Block material. This research is a qualitative descriptive study conducted on 25 MTs. students NW Senyiur on the material of cubes and blocks. Data on students' mathematical reasoning abilities were collected through Mathematical Reasoning Tests (non-routine questions), while students' conceptual understanding abilities were collected through Concept Understanding Tests (routine questions). The two tests given each consist of 2 questions. In addition, interviews were conducted to collect more complete information from the sample that had been studied. Research data were analyzed by Pearson Product-Moment Correlation Test. The results of this study indicate that: 1) the average grade IX MTs. students NW Senyiur has good reasoning ability and conceptual understanding; and 2) there is no relationship between mathematical reasoning ability and concept understanding ability of grade IX MTs. students NW Senyiur on the material of cubes and blocks. The magnitude of the significant value that exceeds the provisions and the standard significance value is > 0.05, then there is no significant correlation (H0 is accepted). Thus, it can be concluded that, in this study, there is no relationship between mathematical reasoning abilities and students' conceptual understanding abilities.

THE ABILITY TO UNDERSTAND MATHEMATICAL CONCEPT OF STUDENTS OF CLASS VII SMPN 3 PEKANBARU THROUGH COOPERATIVE LEARNING MODEL TYPE OF GROUP INVESTIGATION

This studied aims to know whether there was any significant effect ability of understanding mathematical concepts between students using cooperative learning model of Group Investigation (GI) type with students using conventional learning or not in SMP Negeri 3 Pekanbaru. This research was a quasi-experiment; the researcher played a direct role as a teacher in the learning process. Subjects in this study were the eighth grade students of SMP Negeri 3 Pekanbaru, amounting to 66 and the object of this study was an ability of understanding mathematical concepts. Methods used to collect the data of this study were observation, documentation, and testing. In this study, the class meetings were held for six times, one meeting was for a pre test, in which four times of the meeting was carried out with Cooperative Learning model of Group Investigation (GI) type and one meeting was for a post test. The data collected were analyzed using a t test. Based on the analysis of data, it is shown that there are differences in the ability of understanding mathematical concepts between students using cooperative learning model of Group Investigation (GI) type and students using conventional learning in SMP Negeri 3 Pekanbaru. It can be seen from the comparison of to and tt. At the level of 5%, it was indicated that to is more than tt (3.34 > 2.02). Thus it can be concluded that there were significant effect between students using cooperative learning model of Group Investigation (GI) type with students using conventional learning.

ANALISIS KEMAMPUAN PEMAHAMAN KONSEP MATEMATIS SISWA KELAS V PADA MATERI KUBUS DAN BALOK

The research, which was conducted at MI Attaqwa 28 Bekasi City, aimed to describe the level of understanding of students' mathematical concepts on Cube and Block material. The research method used is descriptive qualitative research with the sampling technique used is purpose sampling. The subjects in this study were 32 students. Based on the results of research and data analysis that the ability to understand mathematical concepts of class V students on cube and block material is classified as a concept understanding percentage of 76%, and the average error made by students reaches 24%, which is low as much as 20 Subjects get a score of 75 representing the category high ability to understand mathematical concepts High ability students are able to master all indicators. A total of 12 subjects scored <75 representing the category of low mathematical concept understanding ability, unable to master all indicators, students were unable to explain systematic concepts and were unable to determine the steps in mathematical concepts

Description of students’ mathematical concept understanding ability, in terms of initial mathematical ability

The purpose of this study was to determine the description of students’ ability to understand mathematical concepts in the basic introductory course of mathematics in terms of their initial mathematical abilities. This research is a qualitative research. The subjects in this study were students of the Mathematics Education Study Program who took an Introduction to Basic Mathematics at Indraprasta University PGRI Jakarta. The sampling technique used was purposive sampling, while the instruments used were documents (test results of students’ initial mathematical abilities and understanding of mathematical concepts), observation sheets, interview guides, and researchers. The research data were collected using triangulation techniques. The results of this study were that the students’ initial mathematical abilities were good enough, but the indicators of student functional understanding were still a little difficult.

Analysis of Students Mathematical Concept Understanding Ability in Operation Research Course

The purpose of this research to improve the students' mathematical concept understanding ability who receive the Scientific approach with PBL model learning compared to students who receive conventional learning in operation research courses through pretest. The sample was two classes of 2019 who took an operation research course. The data was analyzed by quantitative technique. The result of the research base on the pretest explained that it is known that the students' mathematical concept understanding ability is low.

PERBEDAAN KEMAMPUAN PEMAHAMAN KONSEP MATEMATIKA MELALUI PENERAPAN MODEL PEMBELAJARAN STUDENT TEAMS ACHIEVEMENT DIVISION DENGAN TEAMS GAME TOURNAMENT PADA MATA PELAJARAN MATEMATIKA

One of the goals of learning mathematics is to develop abilities understanding of mathematical concepts. One component of learning that can be affect the learning process of understanding mathematical concepts students are a learning model. Learning model is a way which is designed for the implementation of learning. Meanwhile, this research discuss the differences in the ability to understand mathematical concepts through the application of the learning models for student teams achievement division with teams game tournaments on math. Aim This research is to find out the ability to understand mathematical concepts among students who get the Student type cooperative learning model Teams Achievement Division and Teams Game Tournament . Research methods The method used in this research is the quantitative method of experimentation, as for The experiments used are Quasi Experiments with shapes Nonequivalent control group design . The population in this study is all Grade V students of SDN 4 Tanjungkamuning totaling 36 students. Inside sample This research is VA and VB grade students at SDN 4 Tanjungkamuning yang totaling 36 students. The sampling technique used is a technique saturated sampling. The instruments used in this study are description tests, and observation sheets. The results showed there were differences in the ability of understanding mathematical concepts between students who are get the cooperative learning model type Student Teams AchievementDivisionwithstudentswhogettheTeamsGameTournamentmodel.Based on the results of data analysis on the pretest and posttest value of experimental class I with an average pretest of 5.28 and an average posttest of 10. Meanwhile, in class Experiment II showed a pretest value of 3.89 and an average posttest of 7.61. Based on the two data shows that the experimental class I is average the value is higher than the average of the experimental class II . This research shows that the results of the analysis of experimental class I data using the Student model Teams Achievement Division averages higher than class experiment II using the Teams Game Tournament model. Keywords : Student Teams Achievement Learning Model , Model Learning Division Teams Game Tournament , comprehension ability mathematical concepts.PERBEDAAN KEMAMPUAN PEMAHAMAN KONSEP MATEMATIKA MELALUI PENERAPAN MODEL PEMBELAJARAN STUDENT TEAMS ACHIEVEMENT DIVISION DENGAN TEAMS GAME TOURNAMENT PADA MATA PELAJARAN MATEMATIKA