High school chemistry teaching design based on project-based learning—— Scientific understanding of iron supplement
Vol 7, Issue 2, 2024
VIEWS - 193 (Abstract) 215 (PDF)
Abstract
learning in basic education, in the teaching of “iron and its compounds” the evaluation gauge is set to provide the direction for students to
improve the learning content and methods. The theme of “Scientific understanding of iron supplement” is to let students feel and understand
in the real situation and the significance of knowledge, promote the deep understanding of the core knowledge of chemistry, establish the
relationship network of the experience that chemistry comes from life and serve our life, gradually develop the core literacy and provide reference for comprehensively improving the quality of teaching.
Keywords
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1. [1] Jiuhua Hu.Chemistry teaching with deep learning to promote core literacy development [J]. Basic Education Curriculum, 2019, (21):
2. 70-78.
3. [2] Ministry of education of the People’s Republic of China, General Senior High School Curriculum Standards of Chemistry (2017
4. Edition, 2020 Revision), Beijing: People’s Education Press, 2020: 15-17.
5. [3] Jiaqi Liu ,Lin Shengxuan ,Zhang Lang. Project-style teaching design of “lron and its Compounds” -- taking “mumaing iron fertilizer as an example[J]. Experiment and Equipment for Primary School, 2023, 33(03): 14-17.
6. [4] Chuqi Xie. Research on teaching design of high school chemistry large unit based on deep learning [D]. Guangzhou University, 2023.
7. [5] Xianjin Hu, Fenghua Xu. Project-based teaching practice and element anahysis for students’ subject understanding: Take “homemade
8. chlorine-containing disinfectant” as an example[J]. Education in Chemistry, 2023(09): 41-45+67.
9. [6] J N K ,Rashmi J ,Mohsen N , et al. A systematic analysis of global anemia burden from 1990 to 2010[J]. Blood, 2014, 123 (5): 615-24.
10. [7] Zheng Hu, Xu Hengyu. Discussion on trace element iron and human health[J]. Agriculture of Henan , 2009, (07):58-59.
11. [8] Chengdong Zhu, Sun Yongcheng. Further improvement of ferrous hydroxide preparation [J]. Teaching Examination, 2023, (41):59-62.
12. [9] Shun Dong, Bo Cheng. Experimental study on the interaction of tea water with ferrite [J]. Education in Chemistry, 2021, (07): 60-64.
13. [10] Yanjie Liu. Effects of combined treatment of ferrous sulfate and ferrous succinate tablets on blood related indexes andpregnancy
14. outcomes in patients with iron deficiency anemia during pregnancy Tuan [J]. Chinese and Foreign Medical Research, 2023, 21(29): 60-63.
15. [11] Yu Mao, Chen Bo ,Gu Ning. Research status and development trend of oral iron supplement[J]. Journal of Chinese Pharmaceutical
16. Sciences ,2017, 36(11):621-626.
17. [12] Jiuhua Hu, Tong Chu, Wang Xuan ,Yuan Liqin. Research on the ability composition, level rank and development progression of
18. Chemistry teaching design for normal university students [J]. Chinese Journal of Chemical Education, 2022, 43(24): 70-78.
DOI: https://doi.org/10.18686/ijmss.v7i2.4724
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