Scientific Attitude Of Students Research Articles

Multi Methods of Teaching the Lord Jesus: A Strategy to Shape the Scientific Attitude of Students

Scientific attitude is a very important attitude to be possessed by every student in following the learning process. Therefore, this study aims to examine the teaching method of the Lord Jesus as a strategy in shaping the scientific attitude of students. Through a qualitative approach with literature review techniques, the author examines in depth the method of teaching Jesus as a strategy in shaping the scientific attitudes of students. The results of this study found that to shape the scientific attitude of students, it is necessary to be guided by the teaching methods of the Lord Jesus, such as discovery and inquary methods, discussion methods, problem-based, and storytelling methods. Therefore, teachers of Christian religious education are required to always emulate the Lord Jesus and think creatively in shaping the scientific attitude of students in accordance with teaching conditions in the 21st century.

PENGARUH PENERAPAN MODEL PEMBELAJARAN KOOPERATIF TIPE GROUP INVESTIGATION (GI) TERHADAP HASIL BELAJAR DAN SIKAP ILMIAH SISWA PADA MATA PELAJARAN FISIKA SMA

This study was motivated by the problems faced by teachers of physics are the low daily rate of students, it is characterized by  50% of students are in the range of values below 60. The purpose of this experimental study is (1) reveals the presence or absence of a firmness differences in learning outcomes between students taught using cooperative learning model Group Investigation (GI) with students who are taught by using conventional learning model, (2). reveals the presence or absence of firmness is a difference of scientific attitude of students, between students taught using cooperative learning model Group Investigation (GI) with students who are taught by using conventional learning model. This study was an experimental study. The first and second hypothesis can be tested using one-way ANOVA test. Differences in the use of cooperative learning model Group Investigation (GI) with conventional learning model on learning outcomes and student scientific attitude among these variables will be known. Subjects of this study were taken randomly selected by lottery first is the X3 class numbered 40 students, was elected second lottery X5 is a class of 40 students, the class were tested for normality and homogeneity. Timing of treatment for 2 x 45 minutes (1 x meetings) that do as much as 8 times the meeting. At the end of the treatment in the final meeting of the subjects were given a final test consists of 23 multiple choice test items with time-90 minutes. Based on calculations using ANOVA one lane, with criteria if F count> F table, then H0 is rejected, meaning that there is a difference (not homogeneous), and if F count <F table, then H0 is accepted, meaning that there is no difference (homogeneous). Under these provisions, it can be interpreted that there is no difference in learning outcomes for 1.7731 <3.96. F count <F table or 1.773 <6.97 then H0 is accepted, meaning that there are no significant differences in the scientific attitude of students who use the model of cooperative learning model Group Investigation (GI) than conventional learning model The findings of this study indicate that there are differences in learning outcomes and scientific attitude of students, between students taught using cooperative learning model Group Investigation (GI), with students taught by conventional learning model. Keyword: group investigation, the results of learning, scientific attitude

Pengembangan LKPD Elektronik Berbasis Problem Based Learning pada Materi Elektrokimia

Learning resources that are often used in learning only use limited print media and do not attract students' motivation, scientific attitude, and learning independence. For this reason, the right learning media is needed to improve it through electronic student worksheet media. This study aims to produce electronic student worksheet based on Problem-based Learning (PBL) on electrochemical material that is suitable for use in learning chemistry, determine characteristics, analyze practicality based on the assessment of high school chemistry teachers, and analyze responses and readability based on the assessment of high school students. This research used the Research and Development (R&D) research method with the 4D development model. The electronic student worksheet contains 4 learning activities and is equipped with pictures, audio, video, and declared feasible by chemistry learning experts. The results of the practicality test assessment by chemistry teachers obtained an average score of 94.4 out of a maximum score of 105 and an ideal percentage of 89.90% which is included in the ‘Very Good’ category. The results of the response test assessment and readability by students obtained an average score of 52.2 from a maximum score of 60, an ideal percentage of 87.50% which is included in the ‘Very Good’ category

The effects of online non-face-to-face life science distance classes on elementary students' Default Mode Network(DMN) and scientific attitude: EEG study

The effects of online non-face-to-face life science distance classes on elementary students' Default Mode Network(DMN) and scientific attitude: EEG study

Effect of Creative Problem Solving Models with Ethnoscience on Students’ Problem Solving Ability and Scientific Attitudes

This research aims to analyze whether there are significant differences in problem-solving abilities and scientific attitudes between students who use the ethnoscience-based creative problem-solving learning model and students who use the Discovery learning model on colloidal materials. This research was conducted at SMA N 6 Yogyakarta and SMA N 11 Yogyakarta using a quasi-experimental method with data analysis techniques using MANOVA. Data collection techniques in this research are observation, interviews, questionnaires, and tests. The results showed that there were significant differences in problem-solving abilities and scientific attitudes between experimental class and control class students, with a significance of 0.00 < 0.05 and an effective contribution of 13.6% in the moderate category. Therefore, it can be concluded that the use of a creative problem-solving learning model based on ethnoscience has a significant influence on improving students' chemical problem-solving abilities and scientific attitudes towards colloidal materials.

Integration of the Values of Surah Al Maun with the STEM Approach as a Learning Model for Muhammadiyah Schools

Developing learning models that are in line with technological advances can build student values and character through the integration of Al-Quran values. One of the surahs in the Al-Quran is surah Al Ma'un, which is strong in instilling social attitudes or concern for the social environment and is the main basis for the Muhammadiyah movement. This research aims to produce a science learning model using a STEM approach containing Al Ma'un and determine the effectiveness of the STEM approach with Al Ma'un as a learning model in improving students' scientific attitudes and social awareness in Muhammadiyah schools. This research is a development research using the Plomp model. The research is conducted at 3 Muhammadiyah Middle Schools in Purworejo Regency. The feasibility of the learning model is carried out by expert validation in terms of syntax, social system, reaction principle, support system, and instructional impact. To test the effectiveness, it uses data on the percentage of pre- and post-observation results. The research results show that the learning model using the STEM approach containing Al Ma'un is valid and suitable for use. The effectiveness of the learning model is also high, based on the percentage increase in students' social awareness and scientific attitudes. This learning model can become an excellent learning model for Muhammadiyah schools. Apart from that, it can also be applied to Islamic schools in general for character development in aspects of social attitudes and social environment.

Assessment: The Quality of Instrument to Measure Student’s Scientific Attitude (SSA) based on Content Validity and Empirical Testing

This research aims to determine the questionnaire quality based on: (1) content validity, and (2) empirical testing. The research was research and development using the 4-D model (defining, designing, developing, and disseminating stage). The instrument validation was conducted by an instrument expert, two physics teachers, and five peer reviewers. The subject of empirical testing was 206 students of class XII IPA SMAN 6 Yogyakarta in the 2019/2020 school year. The research instrument was a questionnaire of student’s scientific attitude (SSA) that consists of 20 statement items. The data were analyzed using the raw scale for content validity of the SSA questionnaire, and Product Moment Pearson for empirical testing validation using SPSS 16, and Cronbach’s Alpha value to determine the reliability. The results show that (1) all items of the SSA questionnaire meet content validity with raw scale score between 3.75 and 4, which means on excellent category; (2) the SSA questionnaire meet empirical validity with Product Moment Pearson r between 0.186 and 0.595; all r > rtable: 0.138 (n=206; α = 0.05), and meet reliability with Cronbach’s Alpha value between 0.724 and 0.756; all value > 0.60; which means the SSA questionnaire are feasible to use based on empirical testing

STAD cooperative learning model to improve scientific attitudes and learning outcomes grade VIII students of SMPN 3 Pacitan

Learning is basically a process of changing attitudes due to experience. This study aims to determine the improvement of scientific attitudes and student learning outcomes. This research is a Classroom Action Research (PTK) and was conducted in three cycles. Data were collected using observation, questionnaire and test methods. The results of the analysis using the t-test were obtained: The scientific attitude of students has increased in each cycle, indicated by an increase in the number of students who fall into the category of good scientific attitude. The completeness of students' affective learning outcomes in cycle I was 70%, then increased to 80% in cycle II and 92% in cycle III. The completeness of students' psychomotor learning outcomes in cycle I was 57.5%, 80% in cycle II and 92.5% in cycle III. The classical completeness of students' cognitive learning outcomes in cycle I was 60%, then decreased to 55% in cycle II and increased to 87.5% in cycle III. From the analysis, it can be concluded that the Student Teams Achievement Divisions (STAD) cooperative learning model can improve students' scientific attitudes and learning outcomes.

Scientific Reasoning Skills and Scientific Attitudes of Students in Learning Physics Using Guided Inquiry Model with Vee Map

This study aims to examine the effect of guided inquiry learning model with vee map on scientific reasoning skills and to examine the effect of guided inquiry learning model with vee map on scientific attitude of high school students on temperature and heat material. This type of research uses true-experiment with pretest-posttest control group design. The sample determination used cluster random sampling method. The samples of this study were XI MIPA 1 class as the control class and XI MIPA 2 as the experimental class. The research instruments used were pre-test and post-test questions using Lawson Classroom Test Scientific Reasoning indicators and scientific attitude questionnaires. Data analysis techniques using SPSS 26. The results showed that there was a significant effect of guided inquiry learning model with vee map on scientific reasoning skills with a significance of 0.000 and there was a significant effect of guided inquiry learning model with vee map on the scientific attitude of students with a significance of 0.000. Therefore it can be concluded that inquiry learning model accompanied by vee map can encourage students to be active in concept discovery and improve students' scientific reasoning skills.

Influence of Models Discovery Learning to Critical Thinking Ability and Scientific Attitude of Students

This study aims to determine critical thinking skills and scientific attitudes, determine students critical thinking skills, determine attitudes scientific, know the effectiveness of the discovery learning model to students' critical thinking skills and scientific attitudes and know the comparison of scientific attitudes. This research is included in the type of quasi-experimental research. The research design used was a posttest only design. The population in this study were all students in class XI IPA in Senior High School. The sample in this study were students of class XI IPA at SMAN 1 Selong. The research sample was taken by random sampling to class. The research instruments used were critical thinking ability questions, scientific attitude used questionnaires and observation sheets. The results of the research show that there are differences in the ability to think critically and the scientific attitude, there is a differen in the ability to think critically, there is a difference in scientific attitudes, the percentage contribution of model to student' critical thinking ability and scientific attitude 31.9%, critical thinking ability 26.1% and scientific attitude 6.7%, scientific attitude profile of discovery learning model is better than 5M scientific approach

Development of Guided Inquiry-Based E-Modules on Acid and Alkaline Solutions to Improve Critical Thinking Skills and Scientific Attitudes of High School Students

This development research aims to make and evaluate based on the E-module of guided inquiry on acid and alkaline solution material, knowing the similarities and differences effective contributions between critical thinking skills and student scientific attitudes simultaneously and each before and after the use of the E-module. E-module assessments are carried out by material expert lecturers, media experts, six chemical teachers, and students. E-modules are tested using the pretest-posttest two-group design with the sampling technique, namely simple random sampling in class XI IPA students. The research sample consisted of 36 experimental class students and 34 control class students. The instruments used include critical thinking skills and questionnaires of students' scientific attitudes that are declared valid and reliable using the Rasch model test. The results of students' responses were analyzed using Hoteling's T2 test, while the percentage of effective contributions was known to use the partial Eta Squared value obtained. The results showed the E-module was very well used in learning activities, there were differences in the difference between critical thinking skills and student’s scientific attitudes simultaneously and between experimental classes and controls before and after the use of the E-module, and there was an effective contribution of E-module Against critical thinking skills and student scientific attitudes simultaneously by 24%, to critical thinking skills by 17.4%, and to the scientific attitudes of students by 15.3%.

Peningkatan Hasil Belajar dan Sikap Ilmiah Peserta Didik pada Materi Genetika melalui Model Cooperative Learning Tipe Peer Tutoring

This study aims to improve the learning outcomes and scientific attitudes of class XII students of MAN Cendekiawan OKI by using the Peer Tutoring Type Cooperative Learning model through Classroom Action Research which includes the stages of planning, implementing, observing and reflecting. This research method is quantitative. The data obtained will be analyzed using the SPSS calculation application. The results showed that there was an increase in student learning outcomes and scientific attitudes, where at the end of the cycle the learning outcomes in the knowledge domain reached 95.8% (average score 89.17) and students' scientific attitudes also experienced an increase in indicators. Honest attitude is 3.84 (very good), 3.83 (very good) for cooperation and 3.77 (very good) for self-confidence. In conclusion, the application of the Peer Tutoring Type Cooperative Learning model can improve learning outcomes and scientific attitudes of class XII students of MAN Cendekiawan OKI.
 
 Keywords: Learning Outcomes, Peer Tutoring Cooperative Learning Model, Scientific Attitude

Management of Islamic Religious Education Learning with a Scientific Approach as a Formation of Active and Scientific Attitudes of Students at SMK Bina Nusantara Andika Cianjur

The purpose of this research for demonstrate how the implementation of governance practices, processes, and supporting and inhibiting elements of the scientific method are used to increase student involvement in PAI learning at SMK Bina Nusantara Andika. A qualitative descriptive approach was used in this study. Data collection methods include observation, interviews, and documentation. The findings show that PAI learning is applied using the 2013 curriculum and the scientific model. The school has endeavored to promote discipline and order, maximize study hours using the scientific method, and increase student participation by requiring students to participate in group discussions of the teaching-learning process and hands-on practice. In addition, the instructor demonstrates the scientific method paradigm through real-life examples. The scientific approach is carried out by stimulating students' interest in the concepts being taught, encouraging students to ask questions about concepts, assisting students in gathering various information related to concepts, guiding students in developing arguments from concepts, and guiding students in concluding concepts. In addition, the supporting elements are the active participation of students in learning, competent instructors, supporting facilities and infrastructure, and various learning techniques. On the other hand, the inhibiting factors include inadequate facilities, such as the lack of technical support tools, insufficient allocation of teaching time, and the shortage of teaching staff, especially PAI teachers who have not been able to adapt to the scientific approach model.

How is student scientific attitude profile toward chemistry learning with research-oriented collaborative inquiry learning?

This study aims to describe the profile of scientific attitudes of XI grade high school students in Sleman who learned with the Research-Oriented Collaborative Inquiry Learning REORCILEA. The sample in this research was 30 high school students who were selected using a purposive sampling technique. REORCILEA is an integrated learning model between research-based, inquiry, and collaborative learning. The research was descriptive qualitative designed, and the results of the descriptive analysis revealed that high school students who taught with REORCILEA had a 10% good, 86, 67 % enough, and 3.33 % low scientific attitude profile. Scientific attitude toward chemistry learning profile assessed with a questionnaire developed by the researcher. Students' scientific attitudes are described by seven aspects of scientific attitude, specifically curiosity, rational thinking, openmindedness, concern with evidence, and honest acting according to the rules.

Development of integrated Assessment to Measure student’s Analytical Thinking Skills and Scientific Attitudes for Chemical Equilibrium Topic

Technological advances which are the parameters of the new era have an impact on the demands for increasing skills. The current demand for skills is in the form of 21st century skills, including analytical thinking skills. In addition, scientific attitudes are part of the science elements that are required to be mastered by students in this century, therefore it is necessary to have an instrument that can measure these two skills, based of this, an integrated assessment instrument is developed which aims to determine the characteristics of the instrument, the feasibility and the results of the measurement of an integrated assessment of students' analytical thinking skills and scientific attitudes on chemical equilibrium material for 11th grade of senior high school. All test subjects came from six schools in the city of Mataram, West Nusa Tenggara province. Sample take by stratified random sampling technique. The test results were analyzed using the Partial Credit Model 1 Parameter-Logistic (PCM 1-PL) approach in Item Response Theory (IRT) by the Winsteps program. All items were declared fit. The measurement results using this integrated assessment instrument show that students' analytical thinking skills and scientific attitudes on chemical equilibrium material are 36.5% in the moderate category

Problem solving in science technology and society learning improving junior high school students' scientific attitudes and process skills

Problem solving research applied in the Science Technology and Society Learning aimed to improve students' science process skills and scientific attitudes. For this purpose, two complete classes of the same teacher were randomly assigned to the experimental and control groups. The research was conducted at a public school in Ambon City, beginning with a classroom placement test. The cognitive learning outcome test instrument was developed with a cognitive load that has been achieved according to the unit level, namely class IX and has met the prerequisite test of the instrument's quality. The results showed that there was a statistically significant difference between the two groups related to process skills and attitudes towards science after the treatment. In the experimental group, mean scores were found to be consistently higher across all dimensions of process skills and scientific attitudes compared to the control group. Besides, the mean score showed an increase in the experimental group students'. The qualitative findings also reveal that students find problem solving fun. According to problem solving students, finding information and writing reports is one of the problem solving features that contributes the most to their learning.

Analysis of Science Process Skills and Scientific Attitudes of Students in STEM Integrated Project-Based Learning

In order to adapt to the rapid development of technology and information in the 21st century, various abilities and skills are required.As an instrument of social change and scientific attitudes, education has a responsibility to facilitate every learning process so that it is oriented to the needs of the times.This study uses a quantitative descriptive method that aims to analyze the results of Science Process Skills and Scientific Attitudes of students through the application of STEM (Science, Technology, Engineering and Math) integrated Project-Based Learning.The subjects in this study were 70 students who took Basic Physics lectures using a sampling technique, namely total sampling.The content validity of the instrument through analysis of the Vaiken index obtained an average index of 0.84 in the High category for the Science Process Skills instrument and an average index of 0.83 in the High category for the Scientific Attitude instrument, indicating that the instrument was declared valid and feasible.used.The results of the Science Process Skills assessment of students obtained the highest average in the Conducting Experiment aspect with a score of 89.29 and in the Very High criteria, while for the average of all aspects of Science Process Skills a score of 83.72 was obtained in the High criteria.For the results of the Scientific Attitude assessment, students obtained the highest average in the Curious Attitude aspect with a score of 94.29 and in the Very High criteria, while for the average of all aspects of Scientific Attitude, a score of 89.71 was obtained in the Very High criteria.Based on these results it can be stated that the implementation of PjBL – STEM has a positive impact and contribution to Science Process Skills and Scientific Attitudes of Students.

Psychomotor and Scientific Attitude Assessment to Simple Plane Materials through Application of Direct Instruction Learning Model

The purpose of this study was to analyze the psychomotor learning outcomes and scientific attitudes of students. This type of research is pre-experimental in the form of one shoot case study. The data analysis technique used is a descriptive analysis by assessing the psychomotor and scientific attitudes of students. The result of this research is that the students' psychomotor absorption ability is classified as good (80.67%). The effectiveness of learning is classified as effective (80.67%). Learning outcomes are classified as complete (88.8%) and classically, psychomotor learning objectives are declared incomplete (63.63%). The scientific attitude of students is classically categorized as high (74.27%). Analysis of psychomotor assessment and scientific attitude can help students achieve the target of completeness that has been set.

Development of E-Worksheet Based on Discovery Learning to Improve Students' Decision-Making Skill and Scientific Attitude

The goal of this study is to create an E-worksheet product based on discovery learning that will help students improve their decision-making skills and scientific attitudes. This E-worksheet was created using the 4D development methodology, which includes the processes of define, design, develop, and disseminate. Students in class XI science SMAN 6 Mataram served as test subjects for this study. The limited trial is taught in one lesson, while the wide trial is taught in two classes. The ANCOVA test, descriptive percentage techniques, and percentage of agreement were used to analyze the data. The practicality data analysis revealed that teachers and students responded with a percentage of 80 and 86.42 percent, respectively, showing that the E-worksheet evolved in the practical category. The results of the effectiveness test using the ANCOVA test obtained Fcount > Ftable (8.28 > 3.98) on decision-making skills and Fcount > Ftable (6.94 > 3.98) on scientific attitude with a significant level of 5%. The null hypothesis (H0) is rejected, which means that E-worksheet influences discovery learning to improve students' decision-making skills and scientific attitudes in grade-eleventh science students. The E-worksheet based on discovery learning is practical and successful for enhancing students' decision-making skills and scientific attitudes toward grade-eleventh science students, according to the research objectives and findings.

Scientific Attitude Inventory of Junior High School Students During Pandemic

The study sought to analyze the scientific attitude inventory of junior high school students during pandemic. The scientific attitudes are the most important outcomes of science teaching. It is the combination of many qualities and virtues that is reflected in a person's behavior and actions. The aim of the present study is to check scientific attitude inventory among junior high school students. This study covers 350 students from the different grade levels. Subjects were selected using a stratified random sampling method. Scientific Attitude Scale (SAS) of Bajwa and Mahajan (2012) was administered to collect the data. The statistical treatments that were used in this study are Independent T-test and One way Analysis of Variance (ANOVA) to determine the significant difference assessment of respondents about scientific attitude inventory when grouped according to their profile characteristics. On the other hand, the data statistical treatments that were used to determine the significant relationship of scientific attitude and academic performance is Spearman’s Rho Correlation Coefficient. The findings of the study revealed that there is no significant difference between scientific attitude and profile characteristics of the respondents. It also revealed that there is no significant relationship between scientific attitude and academic performance of the respondents. It may therefore be concluded that the scientific attitude of students during pandemic have less in comparison to the normal.