摘要
同“素”异构即针对同一素材分别以不同题型跨模块甚至是跨学科进行深挖,测试学生化学学科核心素养的不同学业质量水平。以前沿学术探索情境“二氧化碳人工合成淀粉”作为命题素材,分别从化学反应原理、物质结构与性质、有机化学基础等3种呈现形式原创3道大题。同“素”异构,有利于提升学生从真实情境中提取加工信息的能力;有利于提升学生知识关联结构化的水平;有利于拓展学生思维的宽度和深度。
The same context and the different types means that the students'different academic quality level of chemistry core literacy is tested through in-depth exploration of the same material with different question types and even across disciplines.With the cutting-edge academic exploration scenario“CO_(2) to synthetic starch”as the topic material,three original topics are created from the three presentation forms of chemical reaction principle,material structure and properties,and organic chemical basis.This question setting way is beneficial to improve students'ability to extract and process information from real situations;It is conducive to improving the level of students'knowledge relevance and structure;It is beneficial to expand the width and depth of students'thinking.
作者
江合佩
金彬彬
单旭峰
JIANG He-Pei;JIN Bin-Bin;SHAN Xu-Feng(Xiamen Academy of Educational Sciences,Xiamen 361003,China;Institute of Chemical Education,Fujian Institute of Education,Fuzhou 350025,China;Xiamen Foreign Language School,Xiamen 361026,China;Education Examination Institute Center of the Ministry of Education,Beijing 100084,China)
出处
《化学教育(中英文)》
CAS
北大核心
2024年第5期41-49,共9页
Chinese Journal of Chemical Education
基金
国家教育考试科研规划2021年度课题“新高考制度下选择性考试命题质量保障机制研究”(课题编号:GJK2021042)
福建省教育科学“十四五”规划2021年度立项课题“SOLO分类理论观照下的教育写作研究”(编号:FJJKZX21-511)。
关键词
同“素”异构
真实情境
试题命制
跨学科
二氧化碳人工合成淀粉
same context with different question type
real situation
setting of test questions
interdisciplinary
CO_(2)to artificially synthesized starch