Engklek Game in mathematics: How difference and relationship student attitude towards science process skills?

This study aims to integrate the local wisdom of the traditional engklek game into problem-solving-based mathematics learning at the elementary school level. The method used in this study is a mixed-method with an explanatory design. The data analysis technique used in this study was random sampling and data collection was carried out by distributing observation sheets about student process skills, student learning interest questionnaires and conducting interviews with students and teachers at the school. Based on the results obtained by the researchers, it can be found that there is interest in learning and skills of students in grades IV A and IV B in the engklek game in mathematics subjects at State Elementary Schools. In addition, there is a relationship between students' interest in learning and students' process skills in mathematics subjects at State Elementary Schools. Key words: Mmathematics, local Wisdom, engklek games, iinterest, process skills, elementary School.

Influence of LKPD to Facilitate Cooperative Group Investigation in Improving Students' Science Process Skills

This study purpose to know the effect of LKPD to facilitate group investigation cooperatives in improving students' science process skills in learning science material for object motion in class VIII MTs Al Miftah Modung for the 2020/2021 academic year. This research is experimental research using a Quasi-Experimental research design. The sample used was all students of class VIII as many as 20 students. The analysis technique of hypothesis testing students' science process skills using Free sample t-test with SPSS version 20.00 program. The results of hypothesis testing students' science process skills were obtained score –ttable ≤ tcount ≥ ttable (-2.262 ️ ≤ 5.071 ≥️ 2,262) then Ho is rejected and Ha is accepted. The average percentage of implementation is 90.25% with a very good category. the average student response questionnaire is 94% with a very good category. Based on the results of the data analysis, it can be concluded that there is an influence of LKPD to facilitate group investigation in improving science process skills for students.

Rural Student Analysis : Correlation Science Process Skills and Critical Thinking at a State Senior High School in Jambi Province

Science process skills and critical thinking skills are skills and abilities that must be possessed by students. So the purpose of this study is to determine the science process skills and students' critical thinking skills in the physics learning process in terms of female gender and male gender. In addition, the purpose of this study is to see how the differences and the relationship between science process skills and students' critical thinking skills are. This type of research is quantitative research with an experimental research design. The population of this study itself is the students of SMAN 6 Batanghari with a total sample of 101 people from class XII IPA1, XII IPA 2 and XII IPA 3. The sample selection technique used is total sampling technique. The instruments used in this study were observation sheets and critical thinking test instruments and interest questionnaire. The data analysis technique used is descriptive statistics and inferential statistics, Correlation hypothesis testing. The results of this study are both science process skills and students' critical thinking skills are in the good category. However, the dominant gender is women who are in the good category with a percentage of 57.6% and men in the good category with a percentage of 51.9%. Meanwhile, for students' critical thinking skills, women were in a good category with a percentage of 59.8 and men in a good category with a percentage of 47.3. There are differences in science process skills and critical thinking skills between men and women. And there is a relationship of 0.357 between science process skills and students' critical thinking skills.

Analysis of Turkish Science Education Curricula's Learning Outcomes According to Science Process Skills

This study aims at analyzing the learning outcomes of the 2018 science education curricula in Turkey according to science process skills. Learning outcomes are statements that describe what a learner will know, understand, and/or be able to do after completing a learning process. Learning outcomes were evaluated using document analysis which is a qualitative research method. There were 269 learning outcomes analyzed from the curricula . The science learning outcomes in the curricula which are prepared by the Turkey Ministry of National Education, were examined, starting from fourth-grade to eighth-grade levels. The results show that the least common science process skills are “measuring” and “hypothesizing” dimensions, while the most common are “data interpreting” and “inferring” dimensions. The highest science learning outcomes are at the seventh-grade level, and the least science learning outcomes are at the fifth-grade level. As the grade level increases, it is seen that more learning outcomes represent higher-level skills. The number of basic science process skills of the fourth-grade level learning outcomes is higher than the number of integrated science process skills, and the number of integrated science process skills is high in learning outcomes at all other grade levels.

Problem-based learning model on mathematical analytical thinking ability and science process skills

This research serves as a reference for teachers to implement problem-based learning models on analytical thinking skills and science process skills in mathematics subjects. This research examines the differences and relationships between students' analytical thinking skills and science process skills with problem-based learning models in mathematics. The sample of this research consisted of 180 students. This research is a quantitative study with a questionnaire as the instrument. The obtained data were analyzed using the t-test and correlation test. The results showed a significant difference between analytical thinking skills and students' science process skills, especially on the indicators of Observation and Classification at SMPN 35 Batanghari and SMPN 8 Batanghari students who applied the problem-based learning model in mathematics. Furthermore, it was found that there was a relationship between analytical thinking skills and science process skills because students with analytical thinking skills possessed better science process skills in problem-based learning models in mathematics subjects.

Analysis Of Science Process Skills In Hands On Activity In Application Of The Pode Model In Elementary School

The low learning outcomes of science in grade IV elementary school. The learning process still uses conventional methods which can cause students to be less directly involved in direct practical activities and active discussion during learning. It is necessary to apply the Hands On Activity approach in the application of the PODE model to improve students' science process skills. The purpose of this study was to analyze the science process skills in Hands On Activity in the application of the PODE learning model in elementary schools. This type of research is a Quasi Experimental Design in the form of Nonequivalent Control Group Design. The sample in this study amounted to 60 fourth grade students. Data collection techniques using observation sheets, indicators of science process skills consist of observing, classifying, experimenting, communicating and concluding. Data analysis used simple and multiple linear regression test. The results showed that the science process skills of the experimental class applying Hands on Activity and the PODE model were 76.4% and 61.2%, while the PODE model control class had an effect of 50.7%. The results of multiple linear tests obtained results of 76.5%, the results of Sig. Simultaneous effect test is 0.000 < 0.05 and Fcount 43.897 > Ftable 3.33, and it can be concluded that there is an effect of Hands on Activity (X1) and PODE model (X2) simultaneously on science process skills.

The inquiry-based student book integrated with local resources: The impact on student science process skill

Research by several researchers on Biology Education Research (BER) showed that science process skills (SPS) were still a little bit researched. The purposes of this research are to reveal the followings: (1) the potential of inquiry-based student books integrated with local resources to improve students' science process skills; and (2) the differences in boys and girls science process skills. An experiment using the factorial design (2 X 2) was done on 52 randomly-selected senior high school students. Data collection was used essay test, then analyzed using ANOVA. This research revealed that students' SPS experienced an improvement when they studied in an inquiry class supported by a student book integrated with local resources. There is no distinction in the science process skills of boys and girls students. Boys and girls have the same opportunity to develop their SPS.