Analysis of Professional Competence of Mathematics Education Students during the Covid-19 Pandemic

The effects of the Covid-19 pandemic have penetrated all aspects of human life, including education. One of the pandemic consequences is that universities require that lectures be carried out online, where may affect student learning outcomes. This study aimed at determining the impact of online lectures during the Covid-19 pandemic on the professional competence of students as mathematics pre-service teacher at the Muhammadiyah University of Purworejo. This was quantitative research. The population were the first semester students in 2020 at the Mathematics Education Department of Muhammadiyah University of Purworejo. The research sample was taken through random cluster sampling, including 30 students from the population. The data were obtained using a professional competency test instrument. The data processing method used one-sample average statistical test by comparing with the professional competency scores of students in 2018. Based on the study results, it was found that there was a significant decrease in the professional competency scores of Mathematics Education students whose lectures were conducted online during the Covid-pandemic 19 compared to the professional competency scores of Mathematics Education students whose lectures were conducted face-to-face.

Socratic as Mathematics Learning Application for Differential Equations Concept

Technological improvements in the era of the Industrial Revolution 4.0 can be applied to learning mathematics as a medium of improving teacher performance. In addition, a pandemic situation forces teachers and students to implement online learning. One of the learning media that can help teachers in learning mathematics online is Socratic. The Socratic system generally consists of four basic components: acting humanely, thinking humanely, thinking rationally and acting rationally. For example, the Socratic can provide alternative solutions to the differential equations problems. Mathematics problems can be recorded by the Socratic through three main features:1) home screen, which is used to take pictures of solving the problem needed; 2) search results, the image that has been recorded will be searched for a solution through Socratic's artificial intelligence in internet database, and 3) an explanation, the search results that have been obtained, have their own explanation. Teachers and students as users may find the best solution for each explanation by the Socratic. Meanwhile, this study uses four stages of the literature review process:1) search for relevant literature, 2) evaluation and source selection, 3) identification of themes, and 4) outline of the structure of the writing. This paper systematically investigates the use of the Socratic as a technology application that can assist mathematical problems.

The Feasibility Analysis of Mathematics Textbook Material based on Bell's Criteria

The purpose of this study is to determine the feasibility of Mathematics textbook material for Grade VII 1st semester on 2017 Revised Edition based on Bell's criteria. So that if there is an error, it can be fixed. Then, this type of research is descriptive research. In the descriptive analysis, there is no need to find or explain its relationships and test hypotheses. The approach used is qualitative. Moreover, this study uses a qualitative approach because the data collected are described in sentences. This study will be obtained from two sources, namely the main source of the Mathematics Textbook Grade VII of 2013 curriculum and peer-discussion support sources. The method used in this research is the documentation method. The documentation data used in this research is the textbook itself. However, the data obtained by using the Analysis Instrument Result shows that the suitability of the mathematics textbook material of Grade VII with the material based on Bell's criteria for the numbers and algebra chapters includes a good category. Meanwhile, the sets and equations and linear inequalities of one variable chapter belong to be an excellent category. The average suitability of the mathematics material from each chapter in the textbook toward Bell's criteria is 83.75% and is supported by the validity data results through forms and peer discussions. As a result, the feasibility of the mathematics textbook material for grade VII of the 2017 revised edition based on Bell's criteria is very good.

The Feasibility Analysis of Mathematics Textbook Material based on Bell's Criteria

The purpose of this study is to determine the feasibility of Mathematics textbook material for Grade VII 1st semester on 2017 Revised Edition based on Bell's criteria. So that if there is an error, it can be fixed. Then, this type of research is descriptive research. In the descriptive analysis, there is no need to find or explain its relationships and test hypotheses. The approach used is qualitative. Moreover, this study uses a qualitative approach because the data collected are described in sentences. This study will be obtained from two sources, namely the main source of the Mathematics Textbook Grade VII of 2013 curriculum and peer-discussion support sources. The method used in this research is the documentation method. The documentation data used in this research is the textbook itself. However, the data obtained by using the Analysis Instrument Result shows that the suitability of the mathematics textbook material of Grade VII with the material based on Bell's criteria for the numbers and algebra chapters includes a good category. Meanwhile, the sets and equations and linear inequalities of one variable chapter belong to be an excellent category. The average suitability of the mathematics material from each chapter in the textbook toward Bell's criteria is 83.75% and is supported by the validity data results through forms and peer discussions. As a result, the feasibility of the mathematics textbook material for grade VII of the 2017 revised edition based on Bell's criteria is very good.

Effect of Math Anxiety and Motivation Against Student Mathematical Connections Capabilities

This study aims to determine the effect of mathematics anxiety and learning motivation on students' mathematical connection abilities. This research was conducted in SMP Negeri 1 Cikampek class VII 9. In the selection of research samples using the cluster random sampling technique. With the method of Correlational research type of regression, the data used are quantitative data obtained from the inquiry questionnaire and learning motivation and mathematical connection ability test questions. Data processing techniques used in this study are using multiple linear regression. In this study quantitative data processing was performed using IBM SPSS 21.0 software for windows. The results of this study obtained a regression equation (Y=-58,623+0,678X1+0,359X2) which is linear with a determination coefficient of 30.3%, meaning that about 69.7% is explained outside of the regression equation. Thus, it was found that mathematics anxiety and learning motivation significantly influence students' mathematical connection abilities.

Effect of Math Anxiety and Motivation Against Student Mathematical Connections Capabilities

This study aims to determine the effect of mathematics anxiety and learning motivation on students' mathematical connection abilities. This research was conducted in SMP Negeri 1 Cikampek class VII 9. In the selection of research samples using the cluster random sampling technique. With the method of Correlational research type of regression, the data used are quantitative data obtained from the inquiry questionnaire and learning motivation and mathematical connection ability test questions. Data processing techniques used in this study are using multiple linear regression. In this study quantitative data processing was performed using IBM SPSS 21.0 software for windows. The results of this study obtained a regression equation (Y=-58,623+0,678X1+0,359X2) which is linear with a determination coefficient of 30.3%, meaning that about 69.7% is explained outside of the regression equation. Thus, it was found that mathematics anxiety and learning motivation significantly influence students' mathematical connection abilities.

An Analysis of Proportional Reasoning Ability of Secondary School Students on Opportunity Material Viewed from Gender Perspective

This study aims to analyze the proportional reasoning ability of junior high school level students in solving math problems between male and female students on the opportunity material. This type of research is qualitative research. The subjects in this study were students of class VIII who were selected through the purposive sampling technique. Data collection methods are tests and interviews. The instruments used were the math ability test (TKM), proportional reasoning test (TPP) and interviews. Data were analyzed using the interactive model of Miles and Huberman. The validity of the data was tested by means of triangulation. The results showed that in the opportunity material, the male student subject was able to reach the entire level stage and fulfil the characteristics of proportional reasoning, while the female student subject was only able to reach level 1, while at level 2, the subject was unable to recognize the problem situation given was a proportional situation, at levels 3, 4 and 5 are unable to use multiplicative strategies so that they do not fulfil the characteristics of proportional reasoning. The research results are expected to be considered in determining learning strategies so that students master mathematical competencies optimally.

Analysis of Professional Competence of Mathematics Education Students during the Covid-19 Pandemic

The effects of the Covid-19 pandemic have penetrated all aspects of human life, including education. One of the pandemic consequences is that universities require that lectures be carried out online, where may affect student learning outcomes. This study aimed at determining the impact of online lectures during the Covid-19 pandemic on the professional competence of students as mathematics pre-service teacher at the Muhammadiyah University of Purworejo. This was quantitative research. The population were the first semester students in 2020 at the Mathematics Education Department of Muhammadiyah University of Purworejo. The research sample was taken through random cluster sampling, including 30 students from the population. The data were obtained using a professional competency test instrument. The data processing method used one-sample average statistical test by comparing with the professional competency scores of students in 2018. Based on the study results, it was found that there was a significant decrease in the professional competency scores of Mathematics Education students whose lectures were conducted online during the Covid-pandemic 19 compared to the professional competency scores of Mathematics Education students whose lectures were conducted face-to-face.

Socratic as Mathematics Learning Application for Differential Equations Concept

Technological improvements in the era of the Industrial Revolution 4.0 can be applied to learning mathematics as a medium of improving teacher performance. In addition, a pandemic situation forces teachers and students to implement online learning. One of the learning media that can help teachers in learning mathematics online is Socratic. The Socratic system generally consists of four basic components: acting humanely, thinking humanely, thinking rationally and acting rationally. For example, the Socratic can provide alternative solutions to the differential equations problems. Mathematics problems can be recorded by the Socratic through three main features:1) home screen, which is used to take pictures of solving the problem needed; 2) search results, the image that has been recorded will be searched for a solution through Socratic's artificial intelligence in internet database, and 3) an explanation, the search results that have been obtained, have their own explanation. Teachers and students as users may find the best solution for each explanation by the Socratic. Meanwhile, this study uses four stages of the literature review process:1) search for relevant literature, 2) evaluation and source selection, 3) identification of themes, and 4) outline of the structure of the writing. This paper systematically investigates the use of the Socratic as a technology application that can assist mathematical problems.

An Analysis of Proportional Reasoning Ability of Secondary School Students on Opportunity Material Viewed from Gender Perspective

This study aims to analyze the proportional reasoning ability of junior high school level students in solving math problems between male and female students on the opportunity material. This type of research is qualitative research. The subjects in this study were students of class VIII who were selected through the purposive sampling technique. Data collection methods are tests and interviews. The instruments used were the math ability test (TKM), proportional reasoning test (TPP) and interviews. Data were analyzed using the interactive model of Miles and Huberman. The validity of the data was tested by means of triangulation. The results showed that in the opportunity material, the male student subject was able to reach the entire level stage and fulfil the characteristics of proportional reasoning, while the female student subject was only able to reach level 1, while at level 2, the subject was unable to recognize the problem situation given was a proportional situation, at levels 3, 4 and 5 are unable to use multiplicative strategies so that they do not fulfil the characteristics of proportional reasoning. The research results are expected to be considered in determining learning strategies so that students master mathematical competencies optimally.