Partial list of Anhui Physics Competition semi-finals:
Yang Yanjie, Cai Shengguo, Gu Zhuoer, Hu Bowu, Dong Lei, Wang Huihui, Li Haoqiang, Sun Hengqi, Zhao Liuqing, Li Weibo, Zhao Qi, Gao Ciguo, Li Xianhui , Zhao Daqing, Liang Hanbing, Wang Weifeng, Wang Huipi, Pan Chenran, Guan Shicheng, He Xiaofu, Sun Zhuangqi, Zhou Cunliang, Han Yang, Teng Jianyu, Mei Yao, Zhao Lianlang, Wang Yifan.
Xu Zhenglei, Zheng Mao, Wu Jiayi, Bao Wubing, Liu Dan, Xu Jitong, Zhang Zhou, Wang Maoqun, Zhang Yulong, Gu Zhanqi, Gu Min, Zhang Rui, Fan Shijun, Zhu Chuanxi, Zhu Dengge, Zhang Canwei, Chen Xiaohu , Zhu Tianxiang, Meng Yingjun, Hu Zhong, Chen Quanhong, Wu Xiaoming, Tao Wenhuan, Gu Yanqing, Wang Yifan, Yao Xinyu, Zhang Chenxi, Li Juncheng, Chen Siwei, Liu Chang, Chen Yufan, etc.
The Anhui Provincial Semi-finals (theoretical test) of the 40th National Physics Competition for Secondary School Students was held on September 16, 2023 at the University of Science and Technology of China in Hefei. This year, there are 78 first prize winners in the Anhui Provincial Division, and there are 19 places for the Anhui Provincial Team in the national finals.
The specific content of the physics competition:
1. Mechanics: including kinematics, dynamics, balance of objects, momentum, mechanical energy, angular momentum, centered motion, rigid body, fluid mechanics, Knowledge of vibrations and waves.
2. Thermal Science: Involves knowledge of molecular kinetic theory, properties of gases, first law of thermodynamics, second law of thermodynamics, properties of liquids, properties of solids, changes in physical states, methods of heat transfer, thermal expansion, etc. point.
3. Electromagnetics: Covers electrostatic fields, steady currents, conductivity of matter, magnetic fields, electromagnetic induction, alternating current, electromagnetic oscillations and electromagnetic waves.
4. Optics: It mainly includes geometric optics and wave optics.
5. Modern physics: preliminary knowledge involving the nature of light, atomic structure, atomic nuclei, particles, special relativity, solar system, galaxy, universe and black holes.
6. Mathematics basics: You need to master all elementary mathematics (including analytic geometry) at the middle school level, the synthesis and decomposition of vectors, the operations of vectors, the preliminary concepts of limits, infinitesimals and infinitesimals, preliminary calculus and its Mathematics knowledge in applied, differential and integral calculus.