This study analyzes the effectiveness of an inclusive learning model in sports matriculation to increase the active involvement of 3T students in college. This model is implemented through an experience-based approach, social interaction, and adaptation strategies designed. The research method uses a qualitative approach with data collection techniques in the form of interviews, observations, documentation, and questionnaires to measure the level of student involvement. The results of the study indicate that the inclusive learning model increases student participation in discussions, group work, and practice-based activities. Students experience increased social skills, especially in communication and teamwork. Student self-confidence also increases along with the implementation of learning strategies that encourage their active involvement. In terms of understanding the material, practice-based and experimental methods are proven to be more effective than conventional lectures. This study provides insight into the importance of an inclusive approach in sports matriculation to increase the involvement of 3T students in college.

This study aims to understand the influence of emotions, especially anxiety and motivation, on the chemistry learning process. This study uses a qualitative approach with a phenomenological method, involving seven students from various levels of education. Students of the class of 2024 experience academic anxiety related to their choice of major, inability to attend lectures, and uncertainty about the future. Meanwhile, final year students face anxiety about completing their studies and the challenges of entering the workforce. The results of the study show that excessive anxiety has an impact on low student engagement in learning, especially in class discussions and problem solving. Students with high anxiety tend to rely on passive learning methods and have difficulty understanding chemistry concepts in depth. In contrast, high motivation plays a role in increasing academic engagement, building better conceptual understanding, and encouraging students to be more active in finding solutions to learning difficulties. These findings emphasize the importance of learning strategies that can reduce academic anxiety and increase student motivation. A more interactive learning approach and emotional support from the academic environment have the potential to create a more effective and productive learning experience. Thus, this study provides insights for educational institutions to design more adaptive strategies in improving the quality of chemistry learning.