Guided Inquiry Learning Model Research Articles

Development of an E-Module Based on a Guided Inquiry Learning Model in Natural Science Subjects in Elementary Schools

The research was carried out based on facts found in the field regarding the science and science learning process which still lacks teaching materials. The lack of teaching materials or media used in learning causes learning in class to become less active. Apart from that, teachers also do not use learning models that improve students' ability to think critically, which results in students being less active in class. This research uses the ADDIE Model which consists of five steps, namely analysis, design, development, implementation and evaluation. The results obtained from this research are E-Modules based on the Guided Inquiry Learning Model which are valid, practical and effective. The product validity results obtained from three experts, namely media experts, material experts and language experts respectively were 90.38 %; 91.67%; and 100% with a very valid category. In terms of product practicality, the E-Module is in the very practical category with teacher response practicality results of 88.33 % and student response practicality results of 88.35%. The effectiveness results obtained in this research also show that the product developed is very effective for use in the learning process.

THE INFLUENCE OF A GUIDED INQUIRY LEARNING MODEL ON STUDENT MOTIVATION AND LEARNING OUTCOMES ON SOLAR SYSTEM MATERIAL

This research aims to determine the effect of the guided inquiry learning model on student motivation and learning outcomes at Junior high school 2 Piyungan. This research uses a quantitative approach with a quasi-experimental type of research in the form of Nonequivalent Control Group Design. The population of this study were all students in class VII of Junior high school 2 Piyungan with a sample of 64 students. The research instruments used were test instruments in the form of multiple choice questions and non-test instruments in the form of questionnaires. The data analysis technique used in the research is descriptive statistical analysis and inferential data analysis using the Paired Sample t-test and MANOVA test. The research results were analyzed using statistical analysis showing that the average value of learning motivation and learning outcomes for experimental class students was greater than that of the control class. These results are supported by the results of inferential analysis using the MANOVA test which shows a sig. (2-tailed) 0.000 < 0.05. This means that H0 is rejected and Ha is accepted. Thus, it can be said that the guided inquiry learning model influences student motivation and learning outcomes. This research can be used as a reference for further research regarding the influence of the guided inquiry learning model on student motivation and learning outcomes.

Implementation of an Integrated Guided Inquiry Learning Model in Generic Science Skills to Improve HOTS

This research aims to determine the effect of evaluation of prior knowledge and student worksheets on students' high order thinking skill (HOTS) expressed in the form of learning outcome evaluation using an integrated guided inquiry learning model of generic science skills. The research design used is a dual paradigm with two independent variables, namely evaluation of prior knowledge with student worksheets, and one dependent variable, namely learning outcome evaluation. This research was carried out at SMA Negeri 14 Medan in the 2022/2023 academic year with the research population being all students in class XI Science and the sample in the research was class XI Science 3 which was obtained through a purposive sampling technique. The instruments used in this research consisted of the evaluation of prior knowledge with learning outcome evaluation each have 30 questions and the student worksheets has 15 questions. The research results show that there is a significant influence between evaluation of prior knowledge and student worksheets on students' higher-order thinking skill. Apart from that, there are also differences in higher order thinking skill between students with low evaluation of prior knowledge and students with high evaluation of prior knowledge.

The Effect of Teaching Materials for Chemical Equilibrium Based on Spiritual Values on Student Learning Outcomes in the Guided Inquiry Learning Model

This research was motivated by the low learning outcomes and spiritual attitudes of students. This research aims to determine the effect of chemical equilibrium teaching materials based on spiritual values on student learning outcomes and students' spiritual attitudes in the guided inquiry learning model, as well as seeing the relationship between students' spiritual attitudes and student learning outcomes. This type of research uses research methods using a sample of 60 students. The data collection methods used were (1) interview observation, (2) student spiritual questionnaire, (3) test instruments. The results of the research show that chemical equilibrium teaching materials based on spiritual values in the guided inquiry learning model have an influence on students' learning outcomes and spiritual attitudes. The research results stated that there was a difference between classes that used high school textbooks on the subject of chemical equilibrium and classes that used chemical equilibrium teaching materials based on spiritual values, namely sig (2-tailed) < 0.05 or 0.007 < 0.05. Furthermore, there is also the influence of chemical equilibrium teaching materials based on spiritual values on students' spiritual attitudes by looking at the difference between before and after being given treatment, where the sig value (2-tailed) > 0.05 or 0.000 < 0.05 means that the chemical equilibrium teaching materials are based on Spiritual values that have been validated by expert validators can develop students' spiritual attitudes. Apart from that, there is also a relationship between students' spiritual attitudes and the learning outcomes of students who are taught using chemical equilibrium teaching materials based on spiritual values in the guided inquiry learning model where the sig value (2-tailed) < 0.05 or 0.024 < 0.05.

Analysis of Students' Learning Outcomes and Scientific Literacy Activities Using Guided Inquiry and Discovery Learning Models

This research aims to find out whether the Guided Inquiry learning model is better than Discovery Learning in improving scientific literacy activities and student learning outcomes on reaction rate material. The research method used is quasi experimental. The sample from this research consisted of two classes, namely experimental class I which was taught using the guided inquiry learning model, totaling 29 students and experimental class II, which was taught using the Discovery Learning model, totaling 27 students. The results of data analysis show that the average learning outcomes of students using Guided Inquiry (80.69) are higher than the average learning outcomes of students taught using the Discovery Learning model (74.63) and the average scientific literacy activities of students using Guided Inquiry (79.15 ) higher than the average using the Discovery Learning model (73.72). Hypothesis results using the right-hand t-test and α = 0.05 obtained tcount > ttable (2.34 > 1.675) for students' scientific literacy activities and tcount > ttable (2.49 > 1.675) for student learning outcomes so that in this study the null hypothesis (Ho) is rejected and the alternative hypothesis (H₂) is accepted. Thus, it was found that the Guided Inquiry learning model was better than Discovery Learning in improving scientific literacy activities and student learning outcomes on reaction rate material.

Journeying Through Inquiry-Based Learning: A Focus on Science Process Skills

This research is a quasi-experimental study with a pretest posttest control group design. This study aims to determine the influence of the guided inquiry learning model on the science process skills of students in class XI MIPA on motion systems material. This research was carried out at SMA Negeri 1 Kodeoha, Southeast Sulawesi in 2022/2023 academic year. The study took XI MIPA 1 as experimental class and XI MIPA as the control class. Each class consisted of 30 students. Sample selection was done by random sampling. In the experimental class, the guided inquiry learning model was applied while in the control class was implemented direct instruction model. The results of the science process skills test using the t-test obtained t-count of 2.6837 and t-table at a significant level (α = 0.05) of 2.0484, so t-count > t-table. It can be concluded that there is an influence of the guided inquiry learning model on the science process skills of XI MIPA class students on motion systems material at SMA Negeri 1 Kodeoha, Southeast Sulawesi.

Guided Inquiry Learning Model in Chemistry Education: A Systematic Review

The abstractness of chemical concepts can be understood easily through learning chemistry using guided inquiry. This article uses the Systematic Literature Review (SLR) method to review eleven articles published from 2018 to 2023. Articles were systematically obtained from the online article databases ERIC, Scopus, and Google Schloar. The purpose of the review is to provide information to teachers and researchers in the field of chemistry education about the definition of guided inquiry models, the effect of guided inquiry models on chemistry learning outcomes, and how to apply guided inquiry models/strategies in chemistry learning. The review results show that the definition of various guided inquiry models involves students into a problem and confronts students with an investigation, and directs students to solve the problem of the problem. The effects of guided inquiry models on chemistry learning outcomes include improving metacognition, concept understanding, critical thinking skills, science process skills, learning outcomes, and creative thinking skills. Various chemistry learning models have also been applied in several learning models or strategies such as Guided Inquiry, Guided Inquiry-Based on Blended Learning, Flipped Classroom Based on Guided Inquiry Learning, Guided Inquiry Model Integrated with STEM, Guided Inquiry and Task Hierarchy Analysis Model in Cooperative Learning Strategy

APPLICATION OF LKPD BASED ON GUIDED INQUIRY MODEL ASSISTED BY PHET SIMULATION TO LEARNERS' CRITICAL THINKING SKILLS

APPLICATION OF LKPD BASED ON GUIDED INQUIRY MODEL ASSISTED BY PHET SIMULATION TO LEARNERS' CRITICAL THINKING SKILLS

The Effect of the Guided Inquiry Learning Model on Learning Outcomes and Creative Thinking Skills of High School Students

The Effect of the Guided Inquiry Learning Model on Learning Outcomes and Creative Thinking Skills of High School Students

Application of A Guided Inquiry Learning Model to Improve Students' Scientific Literacy Skills

Objective: This study aims to determine the guided inquiry learning model's effectiveness in improving students' scientific literacy skills. Method: This is an experimental research with a one-group pretest-posttest design without using a control class. Results: The research results show that applying the guided inquiry learning model significantly increases students' scientific literacy. Data were analyzed using descriptive methods. Evaluation of the learning plan shows a good feasibility level in its implementation. Student learning outcomes have increased significantly, including understanding of science concepts and scientific skills. Most students progress positively in reading, understanding, and analyzing scientific information. These findings are strengthened by direct observations of students' active participation and involvement during learning. Thus, using the guided inquiry learning model positively contributes to increasing students' scientific literacy. Novelty: The novelty of this research lies in its new contribution to increasing scientific literacy by applying the guided inquiry learning model. The positive response from students to this learning model emphasizes its relevance in advancing scientific literacy. These findings show that the practical use of the guided inquiry model can improve students' understanding of concepts and scientific skills. Integrating this learning model into the learning context adds essential value to science education. The research results confirm that the effective use of the guided inquiry model can increase students' scientific literacy, making a significant contribution to preparing them to face future scientific challenges.

Development of Ethnoscience-Based Student Worksheet Using the Guided Inquiry Learning Model to Increase Students' Learning Motivation and Scientific Literacy: A Review

Education is a process of sharing knowledge, knowledge, value conversion, character formation with various supporting aspects with a specific aim in the plan to develop human potential. Currently, many students are unable to apply the results of chemistry learning in their daily lives, this can be triggered by inadequate selection of learning resources, resulting in low student motivation and scientific literacy. This requires a teacher's creativity in the learning process so that the quality of students' learning can increase. One way that can be done is to link learning materials with local culture which can later increase students' scientific knowledge and increase students' motivation and scientific literacy. This research aims to find out learning LKPD by applying ethnoscience learning to chemistry material. The method used in this research is a literature review. Based on the literature review that has been carried out, it can be concluded that selecting appropriate and ethnoscience-based learning resources ranging from 63.76 to 97.15 can improve students' scientific literacy abilities.

Efektivitas Penerapan Model Pembelajaran Inkuiri Terbimbing Berbantuan Video Terhadap Hasil Belajar Fisika Peserta Didik Kelas X ATP 3 SMK Negeri 1 Gelumbang

This study is a pre-experimental study with a one-group pretest-posttest design conducted at SMK Negeri 1 Gelumbang aimed to (1) determine the extent of improvement in physics learning outcomes of students after the implementation of guided inquiry learning models (2) determine the effectiveness of guided inquiry learning models assisted by video in improving physics learning outcomes. The population in this study was students of class X ATP (Plantation Agribusiness) 3 totaling 28 students with a sample of 25 students. The data collection technique used was a learning outcome test consisting of 3 essay questions. Classroom Action Research (CAR) consisted of 2 cycles. Data in this study were obtained from teachers (observers) and students through observation, tests, and documentation. Based on the research data, the average value of physics learning outcomes before the implementation of guided inquiry learning models in cycle 1 was 34.80 and after being taught using guided inquiry learning models was 66.38. The N-Gain analysis obtained was 0.49, which is in the moderate category, with an interpretation of the N-Gain score percentage of 49% interpreted as less effective. Meanwhile, in cycle 2, there was an increase with an average of 51.20 becoming 89.20 with an N-Gain score of 0.79 or 79% which is in the high category and effective interpretation. From the analysis results in cycles 1 and 2, it can be concluded that the guided inquiry learning model assisted by video is effective in improving the physics learning outcomes of students.

The Implementation of Guided Inquiry Learning Model with Edmodo to Improve Students’ Learning Outcomes on Acid-Based Subject Matter

<span id="docs-internal-guid-61f1a3b2-7fff-214a-47f7-df6aaeb55176"><span>This study aims to determine whether guided inquiry learning assisted by Edmodo can improve the learning outcomes of high school students on acid-base subject matter. The research method used is a quasi-experiment with a quantitative approach; the research design used is a posttest-only control group design. The research subjects were students of class XI MIPA 5 (experimental group), consisting of 29 students, and class XI MIPA 6 (control group), consisting of 26 students. Data collection techniques used learning outcome tests and observation sheets to implement the learning process. The results of descriptive analysis showed that the experimental class obtained an average value of learning outcomes higher than the control class, which amounted to 81.3 for the experimental class and 71.5 for the control class. The results of inferential statistical analysis of student learning outcomes showed that the data of the two groups were not normally distributed and came from a homogeneous population. Hypothesis testing using the Mann-Whitney test obtained asymp. Sig. < α (0.001 < 0.05) so that H0 is rejected and Ha is accepted. Therefore, guided inquiry learning assisted by Edmodo can improve the learning outcomes of high school students on acid-base subject matter.</span></span>

Profile of Students' Critical Thinking Skills in 3D Module Learning Material on Gas Kinetic Theory with Inquiry Model

The increasingly difficult educational challenges and needs in today's modern world require interactive learning. The research was conducted to know students' critical thinking skills (CTS) in the kinetic gas theory material. Another goal is, as an initial observation, to develop learning methods with guided inquiry learning models assisted by android-based 3D modules in kinetic gas theory material. The research population was all class XI students at Tuban 2 Public High School in 2022/2023 as majoring in Mathematics and Natural Sciences. The research was conducted in 5 classes with the same distribution of questions and questionnaires. As secondary data, the researcher added several articles relevant to the research. The results of this study using several questions on kinetic gas theory material for class X1 were that students needed to be more able to answer each question with indicators of critical thinking. The student's obstacle in answering the questions lies in the need for more understanding of kinetic gas theory material and the not yet maximal use of the method in the current teaching and learning process. The resulting inquiry learning in the future will change the CTS of Tuban 2 Public High School students in the kinetic gas theory.

The Influence of the Guided Inquiry Learning Model on Students Ecoliteracy Attitudes on Waste Recycling Materials

Ecoliteracy is the concept of a comprehensive understanding of ecosystems and their environment. The low ecological intelligence or ecoliteracy of students is the background of this study. This study aims to test whether the guided inquiry learning model affects students' ecoliteracy attitudes and how students' ecoliteracy attitudes through guided inquiry learning models on waste recycling materials. The research method used is an experiment with a quantitative approach. The population in this study was the entire class X MIPA SMA Negeri 1 Stabat, which amounted to 216 students. The sample used was random sampling, namely class X MIPA-1 students as an experimental class and class X MIPA-3 as a control class with 72 students. The research only focuses on attitudinal aspects of ecoliteracy competence. Research data were collected through the distribution of questionnaire sheets and observations. The results showed that the average ecoliteracy attitude of students taught using the guided inquiry learning model reached 87.2% in the good category. Meanwhile, the average ecoliteracy attitude of students taught with conventional learning models is 62.7% with sufficient categories. Hypothesis testing is done manually. Experimental class students have a higher percentage of ecoliteracy than control class students. Guided inquiry learning in waste recycling materials is more efficiently used to determine the improvement of students' ecoliteracy attitudes.

Impact of Positive Reinforcement in Guided Inquiry Learning Model Based on Behavioristic Theory on Science Learning Outcomes Grade 5

The importance of research on the impact of positive reinforcement in behavioristic theory-based guided inquiry learning models on grade 5 science learning outcomes lies in the need to understand the effectiveness of the latest learning methods. This allows for a deeper understanding of the most efficient ways to improve students' understanding of the natural sciences at the primary school level. The results of the analysis showed the superiority of Natural Science (Science) learning outcomes in the group of students who participated in guided inquiry learning based on behavioristic theory withteori behavioristiks compared to the control group who received conventional learning. The average score of the experimental group (21.80) was significantly higher than that of the control group (18), confirming the significant difference between the two. Factors such as active involvement of students in independent exploration, the use ofteori behavioristiks as learning media, students' ability to solve problems, and group discussions are key in the advantages of behavioristic-based guided inquiry models in increasing understanding of science concepts at the elementary school level. This finding is in line with previous research, confirming that a guided inquiry approach with the use ofteori behavioristik and behavioristic principles has a significant positive impact in improving science learning outcomes in grade V students.Pentingnya penelitian tentang dampak penguatan positif dalam model pembelajaran inkuiri terbimbing berbasis teori behavioristik terhadap hasil belajar IPA kelas 5 terletak pada kebutuhan akan pemahaman efektivitas metode pembelajaran terkini. Hal ini memungkinkan pemahaman lebih dalam terhadap cara yang paling efisien dalam meningkatkan pemahaman siswa terhadap ilmu pengetahuan alam pada tingkat sekolah dasar. Hasil analisis menunjukkan keunggulan hasil belajar Ilmu Pengetahuan Alam (IPA) pada kelompok siswa yang mengikuti pembelajaran inkuiri terbimbing berbasis teori behavioristik dibandingkan kelompok kontrol yang menerima pembelajaran konvensional. Skor rata-rata kelompok eksperimen (21,80) secara signifikan lebih tinggi dibandingkan kelompok kontrol (18), menegaskan perbedaan yang signifikan antara keduanya. Faktor-faktor seperti keterlibatan aktif siswa dalam eksplorasi mandiri, penggunaanteori behavioristik sebagai media pembelajaran, kemampuan siswa dalam memecahkan masalah, serta diskusi kelompok menjadi kunci dalam keunggulan model inkuiri terbimbing berbasis behavioristik dalam meningkatkan pemahaman konsep IPA di tingkat sekolah dasar. Temuan ini sejalan dengan penelitian terdahulu, menegaskan bahwa pendekatan inkuiri terbimbing dengan pemanfaatanteori behavioristik dan prinsip-prinsip behavioristik memberikan dampak positif yang signifikan dalam meningkatkan hasil belajar IPA pada siswa kelas V.

The Influence Of Guided Inquiry Learning Models On Students' Critical Thinking Skills And Science Learning Outcomes At Primary School Level

This study aims to analyze the learning model of Guided Inquiry on Critical Thinking Skills and learning outcomes. The type of research used in this research is quantitative research (quasi experiment). The subjects used in this study were students of class V with a total of 58 students consisting of two classes (VA and VB). The instruments used in this study were in the form of instruments, namely tests, observation sheets and documentation. Data analysis techniques were carried out, namely descriptive tests (mean, median, mode and standard deviation) and inferential tests (Normality, Homogeneity and Manova). Based on data analysis using SPSS 25, the normality test for cyan literacy and learning outcomes using Kolmogorov-Smirnov is sig > 0.05 from the pretest and posttest results of the control and experimental classes and the homogeneity test using the based mean is sig > 0.05 from the pretest and posttest results of the control and experimental classes, while the Manova test shows a significance value of 0.000. 0.000 < 0.05 then

Comparison of Guided Inquiry Learning Models with Direct Instruction Learning Models on Physics Learning Outcomes

The teacher's capability to design and enforce learning plays an important role in student learning results. One manner that teachers can enhance learning results is by way of deciding on the right learning model in step with the learning objectives and material to be taught in class. The aim of this research is to determine the variations in physics learning results among college students taught using the guided inquiry learning model and college students taught using the direct instruction learning model in class XI SMAN 1 Padang. This kind of studies is quasi-experimental studies with a posttest only control design. The studies populace is class XI students of SMAN 1 Padang for the 2023/2024 academic year. Sample selection used purposive sampling technique. The sample for this research is class XI F.4 as experimental class 1 and class XI F.5 as experimental class 2. The research statistics is in the form of student studying results in the knowledge aspect. The data collection instrument is a take a look at instrument inside the form of multiple choices. The statistics analysis techniques used are descriptive evaluation, normality test, homogeneity test, and hypothesis test at a significance degree (α) = 0.05. Based on the consequences of studies statistics evaluation, the average learning outcomes of students in experimental class 1 were 76.67 and experimental class 2 was 69.86. Hypothesis testing was carried out on students' posttest scores and obtained t0 = 2,049 > ttable= 1,999 until H0 rejected and H1 established. It could be concluded that there’s a large distinction between college students who practice the guided inquiry learning model and college students who prectice the direct instruction learning model on vector material and rectilinear motion kinematics.

Enhancing Scientific Communication Skills of Pre-Service Science Teacher Through Guided Inquiry Learning on Basic Physics Laboratory Activities

This study aims to describe the enhancement of students' science communication skills through the application of guided inquiry learning models in laboratory activities. The method used to describe science communication skills is to use pre-experiment research. The samples used in this study were 60 physics education students in the odd semester 2023/2024 who took basic physics practicum courses. The implementation of the guided inquiry learning model in the four meetings. The results of improving science communication skills were based on three indicators that researchers have limited. The result analysis used non-test instruments like observation sheets. The sub-scientific communication skills are: 1) searching information, 2) scientific writing, and 3) representing information. Based on the observation results, it was found that the application of the guided inquiry learning model can train students' science communication skills in sub-skills of seeking information with a percentage increase of 74%, sub-skills of scientific writing with a rise of 67% and sub-skills of representing information at an increase in percentage of 76%. Each average score on the third and fourth meetings shows that science communication skills are in the very skilled category

Influence of the Guided Inquiry Learning Model and Scientific Attitude in Physics on Students' Science Process Skills

This research is the development of a true experiment using a 2x2 factorial design. The aim of the research is to: find out whether or not there is an influence of the application of the guided inquiry learning model and scientific attitudes in physics on the science process skills of class X MIA, and diagram the interaction of the learning model and scientific attitudes in physics on science process skills. The independent variable in this research is the learning model, while the dependent variables are scientific attitudes towards physics and science process skills. The population in this study was 136 students from class X MIA, while the sample was from class X MIA 3 and X MIA 4 as many as 68 people. Data from research results were obtained by giving scientific attitude questionnaire sheets to students before being taught using the learning model in research, and the science process skills test was carried out after students were taught using the learning model in research. The data analysis technique used is analysis of variance (ANOVA). Based on the results of the inferential analysis, it was obtained: first, the value of Fcount (48.151) > Ftable (4), it can be concluded that there is a significant difference between students who were taught the guided inquiry learning model and students who were taught using the discovery learning model, and the value of Fcount (0.001) < Ftable (4) then it can be concluded that there is no interaction between learning models and scientific attitudes in physics towards science process skills.