通过使用 hyperchem 和 chemoffice 程序,提高利用红外线(IR)和核磁共振(NMR)进行分子分析的学习质量

ALOTROP Pub Date : 2023-12-15 DOI:10.33369/alo.v7i2.30663
I Nyoman Candra, Nurhamidah
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摘要

2022/2023学年奇数学期参加仪器分析化学课程的学生的期末成绩显示,学生成绩较低。本研究的目的是通过使用 HyperChem 和 ChemOffice 软件,在红外分析和核磁共振分析专题上增加学生的学习活动和提高学生的成绩,从而改进仪器分析化学课程的教学。学生和讲师观察表分别用于测量学生和讲师的活动,而论文测试表则用于测量学生的认知能力。第一周期的学生和讲师活动得分分别为 22 分和 27 分,属于 "良好 "类别。学生活动得分上升到最高分 27 分,而讲师活动得分在第二周期仍为最高分。 讲师活动在第 1 周期已获得最高分,这是因为讲师在教学中准备充分,并成功实施了学习计划。从第一周期(平均 80.2 分)到第二周期(平均 88.5 分),学生的成绩也在不断提高。在第一周期中,获得 65 分以上的学生比例为 93%,而在第二周期中,这一比例上升到 100%。HyperChem和ChemDraw可协助仪器分析化学课程的红外和核磁共振专题教学。
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PENINGKATAN KUALITAS PEMBELAJARAN PADA POKOK BAHASAN ANALISIS MOLEKUL MENGGUNAKAN INFRA MERAH (IR) DAN NUCLEAR MAGNETIK RESONANCE (NMR) MELALUI PEMANFAATAN PROGRAM HYPERCHEM DAN CHEMOFFICE
Final grades of student who participated in the Course of Instrumental Analytical Chemistry in Odd Semester, Academic Year of 2022/2023 indicate a low student achievement. The objective of this study was to improve the instruction of Instrumental Analytical Chemistry Course by increasing student learning activities and student achievement on the topic of infra red and nuclear magnetic resonance analysis by utilizing HyperChem and ChemOffice Software. Student and lecturer observation sheet were used for measuring student and lecturer activities, respectively while, an essay test sheet was given to measure student cognitive ability. Student and lecturer activity scores for Cycle 1 were 22 and 27, respectively and fell in “Good” category. Student activity score rose up to the maximum score, 27 while, lecturer activity score remained in maximum score in Cycle 2.  Lecturer activity already had a maximum score in  Cycle 1 because the lecturer was well-prepared in the instruction as well as successful implementation of learning plan. Increasing student achievement was also recorded from Cycle 1 (average 80.2) to Cycle 2 (average 88.5). The percentage of student who gained score above 65 was 93% in Cycle 1 and went up to 100% in Cycle 2. HyperChem and ChemDraw are able to assist the instruction of Instrumental Analytical Chemistry course on the topic of IR and NMR.
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