1. Master basic mathematics knowledge and skills: The topics of Olympic mathematics competitions usually involve higher mathematics level. Students need to master basic mathematical knowledge and skills, such as algebra, geometry, trigonometry, probability theory and so on. In order to deal with all kinds of complicated problems.
2. Cultivate the ability of abstract thinking: The topics of the Olympic Mathematical Competition often require students to think abstractly, turn practical problems into mathematical models, and thus find solutions to problems. Through training, improve students' abstract thinking ability.
3. Exercise the ability of logical reasoning: In the process of solving problems, students need to use logical reasoning methods such as induction, deduction and reduction to absurdity to prove and judge the correctness of the proposition. By participating in the Olympic Mathematics Competition, students' logical reasoning ability will be exercised and improved.
4. Cultivate innovative thinking ability: Students need to give full play to their imagination and creativity and find novel methods and ideas to solve problems when solving problems in the Olympic Mathematical Competition. Through continuous trial and exploration, students' innovative thinking ability is cultivated.
5. Learn to cooperate and communicate: Olympic mathematics competitions usually require students to form teams to participate, and students need teamwork to solve problems. In this process, students learn to communicate and cooperate with others and improve their teamwork ability.
6. Enhance self-confidence and ability to resist pressure: Students participating in the Olympic Mathematics Competition need to complete a large number of problems in a limited time, which puts high demands on students' psychological quality and ability to resist pressure. By participating in the competition, we can exercise and improve students' self-confidence and ability to resist pressure.
In a word, participating in the Olympic Mathematics Competition has a good training effect on students' problem-solving thinking ability, logical reasoning ability and innovation ability. Through continuous training and challenges, students will make remarkable progress in these areas.