1, Math score: Mathematics is the core subject in science examination, and is usually regarded as an important indicator to judge the level of science. If the total scores of two candidates are the same, then the candidate with high math scores will get a higher ranking.
2. Physics scores: Physics is also a key subject in science examination. If the total score of two candidates is the same as that of mathematics, then the candidate with high physics score will get a higher ranking.
3. Chemistry scores: Chemistry is also an important subject in science examination. If the total scores, math scores and physics scores of the two candidates are the same, the candidates with high chemistry scores rank higher.
4. Biological achievement: Biological achievement is usually regarded as an additional subject of science examination, and its weight may be slightly lower than the first three subjects. If the scores in the first three subjects are the same, candidates with high biological scores may get higher rankings.
Characteristics of science
1, strong theory: science mainly studies theoretical knowledge of natural science and mathematics, and pays attention to the study and mastery of basic theories. Scientific disciplines are usually based on formulas, laws and theoretical models, and reveal objective laws through logical reasoning and experimental observation.
2. Strong practicality: Although science focuses on theoretical knowledge, it also emphasizes practical application. Science subjects usually involve experimental design, data analysis, problem solving and other practical links. Encourage students to operate, observe and explore on the spot, and cultivate their experimental skills and scientific research ability.
3. High abstraction: Science subjects are highly abstract and require students to have strong logical thinking and mathematical reasoning skills. Concepts, principles and models in science are usually abstract, which requires students to understand and use abstract concepts to analyze and solve problems.
4. Strong systematicness: science disciplines pay attention to the systematic organization and construction of knowledge, and integrate and summarize knowledge by establishing scientific systems and subject systems. Science disciplines usually have a complete curriculum system and discipline framework, which requires students to gradually master knowledge at all levels and establish a scientific way of thinking and discipline thinking mode.
5. Wide practicability: The knowledge of science subjects is widely used, involving many fields and industries. Science plays an important role in promoting the development of science and technology and solving practical problems. They play an important role in medicine, engineering, environment, energy and other fields.