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This research aims to see how the utilization of geogebra application in learning mathematics. The method used in this research is Systematic Literature Review (SLR). The results obtained in this study are geogebra has benefits for the subject matter of algebra, building space, geometry, space analytic geometry, transformation geometry, integral, statistics, pythagorean theorem, and trigonometry. The use of geogebra allows students to be actively involved in problem solving, increase interest in learning, and expand understanding of mathematical concepts. For teachers, geogebra helps in creating interesting learning materials, visualizing mathematical concepts more clearly, and simplifying the preparation of questions

The aim of this research is to discuss the analysis of high school students' self-efficacy in learning mathematics. This research is qualitative research that uses descriptive methods. The instrument used is a non-test instrument, namely a questionnaire. Through the use of a mathematical self-efficacy questionnaire with 30 statements consisting of 10 indicators. The descriptive qualitative research method involved 27 high school students in Kampar. Based on the questionnaire data, it can be concluded that accumulated self-efficacy in mathematics learning is 37.27% in the low category. In percentage terms, it can be described that the indicator of being able to overcome the problems faced is 38.5% in the low category, the indicator of being confident in one's success is 33.17% in the low category, the indicator of having a positive view of the task is 47.74% in the low category , the indicator of being brave enough to face challenges is 42.2% in the low category, the indicator of being brave enough to take risks is 38.55% in the low category, the indicator of being aware of one's strengths and weaknesses is 35.5% in the low category, the indicator of being able to interact with people is 36, 21% in the low category, the indicator of not giving up easily is 40% in the low category, the indicator of having commitment to the tasks given is 28.88% in the low category, the indicator of having great interest in lessons and assignments is 31.96% in the low category.

This research aims to comprehensively examine students’ mathematical proof abilities, including the factors that influence them and the efforts that can be made to improve these abilities. The method used in this study is a systematic literature review by analyzing various related research articles published in reputable scientific journals such as Springer Link and Semanthic Scholar. The results of the study show that students’ mathematical proof abilities are still relatively low, influenced by various factors such as conceptual understanding, reasoning ability, and experience in constructing proof. Several ways that can be done to improve students’ mathematical proof skills include developing teaching materials, implementing learning models that encourage proof activities, and providing systematic training and feedback. This study provides important implications for the development of mathematics learning in higher education, especially in efforts to improve students’ mathematical proof skills.

This research aims to identify the use of the photomath application as a mathematics learning medium. This research method uses the SLR (Systematic Literature Review) method. This systematic review identified 6 articles through the Google Scholar database published in 2019-2024. Data collection used the PRISMA procedure. The results of this research show that the photomath application is very helpful in learning activities, especially in mathematics lessons. The photomath application apart from making it easier for students in the learning process, the photomath application also helps teachers in explaining the material. In this way, using the Photomath application will certainly get good feedback for educators or students who use it well.

This research aims to determine the increase in students' learning abilities by using the quiziz application. By using a systematic literature review, search for articles related to the Quiziz application and conclude the results of the discussion of the articles found. The search for reviewed journals comes from articles/journals related to the research theme using publish or perish using the keywords "Increasing Students' Mathematics Learning Ability" and "Utilizing the Quiziz Game Application". The inclusion criteria for journal searches are: 1) Research articles published in the last 5 years, with a range of 2019-2024, 2) Indexed by Google Scholar or Sinta, 3) Discussing the Quiziz application. As a result, the Quiziz application can improve students' learning abilities, making it easier for students to practice questions. Students like it because by using the quiziz application they can learn while playing.

This research aims to analyze meta data related to the use of the Photomath application. This research uses the Systematic Literature Review (SLR) method. This systematic review identified 11 studies via the Google Scholar database published in 2020-2023. Data collection was carried out by collecting all articles related to the use of the photomath application, with selection criteria and using the PRISMA procedure as a research instrument guide. The research results show that the Photomath application provides a positive, effective and practical learning experience in solving mathematics problems. Training in the use of mathematics applications is considered important to help students understand mathematics learning material.

During the period of compulsory education in Indonesia, which is 12 years, the government requires mathematics as the main subject of external learning which will continue to have an impact on people's lives. The level of ability in a field of science must be measured to obtain valid data for the development of education in Indonesia. The use of Sagemath Mathematics Software in schools in Indonesia is not surprising at this time, technological developments have made the use of Sagemath Mathematics Software commonplace. The research method used in this research uses a literature study research method where researchers research the results of previous research. In groups There were 55.88% of experiments that experienced an increase (normalized gain) in the high category and 44.22% were in the medium category. Meanwhile, the average increase (normalized profit) in this group was 0.71, which is included in the high category. The results of this study concluded that students' abilities in mathematical computational thinking on Sagemath software are very high, this is due to several factors between the tendencies of students' desires and creativity of the teaching profession. Students' computing abilities when using Sagemath software can be done through students' mathematical algorithm features.    

The background to this PTK problem is that students have not been able to master the concept of multiplication material. So there is a need for learning media as a student learning resource that is able to help students' understanding process regarding multiplication of numbers in mathematics with the help of linguistic learning media. This classroom action research aims to improve multiplication counting skills in class 3 of UPT SDN 98 Gresik. The research used was Classroom Action Research (PTK) which was designed in 2 cycles with 4 stages. The four stages of the research action cycle are as follows: 1) planning, 2) implementing, 3) observing, and 4) reflecting. Based on the research results obtained, it is known that the average initial data completeness score for 20 students was 52.75%, before the application of the linguistics learning media. The average score for cycle I was 66, or 8 students with a percentage of 40% who had completed or above the KKM and 12 students with a percentage of 60% who had not completed or below the KKM because they had exceeded the predetermined criteria of 75 and continued in cycle II. In conclusion, linguistic learning media can improve multiplication calculation skills.      

This article discusses the learning difficulties experienced by mathematics education students. Learning difficulties are a common challenge faced by students in the learning process, but for mathematics education students, these learning difficulties can have more complex implications. This article aims to identify factors that can cause learning difficulties for mathematics education students, as well as finding effective solutions to overcome these problems. This research uses qualitative methods by conducting interviews and observations of mathematics education students who experience learning difficulties. The research results show that factors such as a lack of understanding of mathematical concepts, anxiety about mathematics, and lack of motivation in learning are the main causes of learning difficulties for mathematics education students. To overcome these learning difficulties, this research recommends an approach that focuses on developing understanding of mathematical concepts, reducing anxiety about mathematics through a more interactive and creative approach, and providing appropriate motivation in the learning process. Apart from that, forming study groups and providing individual guidance are also considered effective in helping students overcome their learning difficulties. It is hoped that this article can provide a deeper understanding of the learning difficulties of mathematics education students and provide recommendations that can help improve the quality of mathematics learning for mathematics education students.

This research aims to clarify the causes of students' learning difficulties which are an important concern in the development of mathematics education. Learning difficulties are influenced by various internal and external factors, including individual abilities and the learning environment. The method used in this research is the bibliometric method. Data collection was carried out by documenting all papers that contained research findings similar to this research report. The results of this research show that students' mathematics learning difficulties are a complex and serious problem.

The ability to think critically is an important skill in the 21st century. The Mathway application offers various features that can help students learn mathematics. This research aims to systematically review the literature on the use of the Mathway application on students' critical thinking abilities. This research uses a literature review method by searching for relevant scientific articles in various databases such as Google Scholar, ScienceDirect, and ERIC. The research results show that using the Mathway application can help improve students' critical thinking skills. This is proven by several studies which show that students who use Mathway in their learning have higher scores on critical thinking ability tests compared to students who do not use Mathway.

Effective teaching-learning activities are also supported by several aspects such as teaching methods, teaching strategies, learning models , and so on. In this study, we know the extent of the effectiveness of problem-solving learning compared to ordinary learning. Based on the research conducted, the results obtained that concluded the Problem-Solving learning mode proved effective in improving students' mathematical problem-solving abilities. Data analysis for this study used a t-test in this case obtained an average difference from the experimental class group given treatment using Problem-Solving learning and non-problem Solving class groups. The calculation results obtained a t count value (th) of 2.824 for the experimental class and 2.819 for the control class, with the table t value for db 68 sig 5% If consulted in the t table obtained 1.990 then based on the t-test criteria it can be concluded that the t value Count more than t table with GIS greater than SIG alpha by 5%, it can be concluded that count t > t table can be decided to test the hypothesis I that null hypothesis is rejected and alternative hypothethetics are accepted, in this case, there is a significant difference between students' mathematical problem-solving ability between the group of students taught using the Problem-Solving method and the group of students taught without using the Problem-Solving model.

The Problem-Solving Learning Model is one of the learning models that can develop problem-solving skills and student learning independence where this model is developed based on polya theory known as problem-solving steps, namely: identifying problem information/understanding problems, planning problem-solving strategies, using problem-solving strategies and re-examining solutions or solutions to problems that have been generated. The Use of the Problem-Solving Learning Model to Improve the Problem-Solving Ability of Pancabudi Private Vocational School Students for the 2023/2024 Academic Year. The purpose of this research is to determine the effectiveness of learning using the Problem-Solving learning model. This research is located at SMK Swasta Pancabudi where the class applies the Problem Solving learning model which will be compared with different classes using the classical learning model.

The use of digital technology in mathematics education material makes it a very interesting and urgent matter regarding the level of students' abilities regarding the material they are studying, whether students understand mathematics material more easily or have more difficulty understanding it. Geogebra is a free math learning software program that supports a variety of math topics. for use at school. Initially, GeoGebra was only used for learning algebra and geometry, but as it developed, many new features were added and increasingly enriched the existing features. The research method used in this research uses a literature study research method where researchers study the results of previous research. The results of this research conclude that the use of Geogebra mathematics software in learning has a positive influence on students' computing knowledge, learning through Geogebra software makes mathematics learning easier for students to understand and understand, students are more enthusiastic about studying mathematics because teachers balance conventional and mathematics. integrated mathematics learning. Project-based learning using Geogebra mathematics software is more popular with students, thereby increasing students' abilities and enthusiasm for learning mathematics.

This study aims to determine the effect of the mindmap-assisted STEM approach on students' Higher Order Thinking Skills in learning biology class X SMA Negeri 4 Kerinci. This research is experimental research with a group pretest-posttest design model. The population in this study came from students of class X MIPA SMA Negeri 4 Kerinci in the academic year 2021/2022. The research sample was students of class X MIPA 2 and Class X MIPA 4. The sampling technique used was the random sampling technique. The data collection technique in this study was in the form of an objective test consisting of 20 HOTS questions that had been validated by experts. Data analysis is quantitative data analysis with tests using the SPSS 21 application. The results of the study can be concluded that the STEM approach has a significant effect on students' higher-order thinking skills in learning biology with the results of hypothesis testing 0.00 < 0.05. Furthermore, the STEM approach can increase students' HOTS in biology learning, the average score of the experimental class students is 85.76 and the control class is 70.31.

This research aims to analyze meta data related to the use of the Mathway application by looking at research objectives that relate to the use of the Mathway application. This research uses the SLR (Systematic Literature Review) method. This systematic review identified 8 articles through the Google Scholar database published in 2018-2023. Data collection used the PRISMA procedure. The results of this research show that there are 3 research objectives related to the use of applications in mathematics learning, namely, 1) To find out how important the influence of technology is on mathematics learning for educators and students, 2) To find out how useful an application is in mathematics learning for educators and students, 2) To find out how useful an application is in mathematics learning for educators and students, and 3) To determine learning outcomes based on student interest and learning motivation.

This research aims to analyze meta data related to real analysis lecture problems. This research uses the SLR (Systematic Literature Review) method. This systematic review identified 7 articles through the Google Scholar database published in 2019-2024. Data collection used the PRISMA procedure. The results of this research show that there are 3 research objectives related to the problems of real analysis lectures, namely: 1) to find out what factors influence students' learning difficulties during real analysis courses, 2) to find out students' reasoning abilities in real analysis courses, 3) to find out how much students know about the connection between real analysis and school mathematics.

The 21st century is an era where knowledge is easily spread and technology is developing rapidly. The close relationship between science and technology allows for accelerated synergy. This study aims to determine the effect of the Project Based Learning model based on Science, Technology, Engineering, Mathematic. In the subject of Biology on the ability to think critically and creatively in class XII high school students. This study used a Quasi Experiment with research subjects in class XII IPA SMAN 1 Kademangan. The sample used was 34 students as the control class and 34 students as the experimental class. The data analysis technique used is the prerequisite test for normality and homogeneity and the ANACOVA hypothesis test. The results show that there is an increase in critical thinking skills and in the experimental class of 72,6%. In addition, there are differences in the abiliy to think creatively in student who used STEM integrated PJBL. PJBL terintegrasi STEM Meningkatkan Kemampuan Berpikir Kritis dan Kreatif Siswa Kelas XII SMA

Learning is a process of change for each individual, both in knowledge and attitudes. Every individual after learning will experience changes in their life. When studying at school, teachers only tend to teach students to memorize, read and calculate. Teachers have an important task in the learning process in class to improve students' learning abilities and understanding of the material provided. Based on observations made by the author, at SD N Pajang 3 teachers tend to be monotonous and use the same learning methods every day so that students quickly get bored and have difficulty understanding the material, especially in mathematics lessons. Based on the researcher's observations during the learning process in class 3, especially in mathematics, it was proven that many students did not understand so that based on test scores students got a score of 60. This research uses a qualitative approach which aims to determine the improvement in learning outcomes of class 3 students at SD N Pajang 3 before and after carrying out learning using concrete media. This research was conducted descriptively, namely by providing a pretest and posttest. Based on the results of this research, it was concluded that the use of concrete media had a positive impact and was effectively used in improving students' addition skills.

Computational Thinking is a way of thinking that refers to the ability to solve problems using concepts used in computing. Computational thinking is a way of thinking in solving problems that students must develop in the digital era. This research aims to examine the importance of computational thinking in improving students' mathematical problem solving abilities. The type of research used is qualitative research using a literature study approach in the form of books, notes, journals, reports of relevant research results, as well as the results of observations. The results of the analysis show that it is very important for students to have computational thinking in order to improve their mathematical problem solving abilities. Computational thinking involves solving problems using a logical and systematic mindset that involves selecting and using algorithms, data representation, problem decomposition, abstraction, pattern recognition and hypothesis testing. Computational thinking has become an important and essential skill for humans in the 21st century. Educators must advocate the importance of integrating learning with computational thinking concepts into the educational curriculum. Computational thinking has an important role in learning. This can be useful for improving mathematical problem solving abilities. Apart from that, computational thinking can also develop critical, creative and analytical thinking skills in solving complex problems, both in the context of computing and everyday life.