DDU
Amanda

Project Manager

High-quality Physics Tutoring

  • Overview
  • Curriculum

DDU is committed to providing students with high-quality physics tutoring services. The course content covers the basic knowledge of physics, key points, and problem-solving skills, aiming to help students improve their physics learning performance.

Understanding key points

Application problems in mechanics involving the compound motion of multiple objects, conservation of momentum, conservation of mechanical energy and so on require students to have strong physical modelling and problem-solving skills.

Circuit analysis: including the calculation of series and parallel circuits, the relationship between resistance, current, and voltage, etc., which requires students to master the methods and techniques of circuit analysis.

Optical imaging: involving the imaging rules of convex lenses and concave lenses, the calculation of image positions, etc., which requires students to understand the basic principles of optical imaging.

Key points explanation

Key points explanation: Special explanations and teaching materials are set for the key points of high school physics to help students deeply understand and master these knowledge points and improve learning effects.

Real-time Q&A: Provide real-time Q&A services, students can ask questions to teachers at any time, solve problems encountered in learning promptly, and ensure that learning progress is not hindered.

Practice methods

Practice questions: Provide a large number of practice questions, covering various knowledge points and difficulty levels, to help students consolidate knowledge, improve problem-solving skills, and better deal with difficult questions in the exam.

Mock exams: Regularly organize mock exams to help students test their learning effects, find deficiencies and adjust their study plans promptly to improve their test-taking ability.

Introduction to some courses:

Mechanics

Mechanics: including Newton’s laws of motion, kinetic energy, potential energy, conservation of mechanical energy, conservation of momentum, etc. Focus on the laws of motion of objects under the action of forces and the interaction of various forces.

Thermodynamics

Thermodynamics: mainly includes basic laws of thermodynamics, heat transfer, thermodynamic processes, etc. Involving the properties of thermodynamic systems and thermodynamic cycles, etc.

Electromagnetism

Electromagnetism: focusing on static electricity, current, magnetic field, electromagnetic induction, etc. Involving knowledge points such as circuit analysis and electromagnetic waves.

Optics

Optics: mainly including reflection, refraction, wave properties of light, imaging of light, etc. The key points are the understanding of the laws of optical imaging and the wave properties of light.

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