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所在平台: Udemy |
课程主页: https://www.udemy.com/course/complete-a-level-applied-maths-mechanics/
课程评论：没有评论
**Coursera 课程总结：A-Level 数学精讲（力学部分 - 5讲）** 本课程由两位剑桥大学毕业生创办的 Westbound Maths 推出，旨在帮助学生备考 A-Level 数学（力学部分），从而提升考试成绩。该课程涵盖了 A-Level 应用数学力学考试的全部内容，约占 A-Level 数学总成绩的六分之一。 **核心内容：** * **力的基础：** 讲解牛顿三大运动定律，以及如何绘制力的图示，包括重力、摩擦力、支持力、张力、压力/压力等。 * **力矩：** 学习如何衡量力对物体产生的转动效应。 * **向量：** 理解向量的意义（具有大小和方向），并学习其应用。 * **运动学（一）：** 涵盖恒定加速度运动学方程（suvat 公式）以及作为恒定加速度运动学应用的抛体运动。 * **运动学（二）：** 讲解变加速运动学，以及位移-时间图和速度-时间图的分析。 **课程结构与学习方法：** * **授课视频：** 每讲视频都从关键概念和定义入手，接着通过历年真题（涵盖主流考试局）展示这些概念的应用，随后提供练习题，最后是详细的解题步骤。 * **讲义：** 每讲课程均配有讲义，总结关键概念、解题范例和练习题答案。 * **课后作业：** 作业包含模拟考试题，鼓励学生在考试条件下完成，帮助发现知识盲点。 * **错误诊断：** 通过分析详尽的参考答案，诊断作业中的错误，这是提高成绩的关键。 **课程特色：** * **备考导向：** 课程内容与 A-Level 考试紧密结合，旨在直接提升学生的应试能力。 * **实证有效：** 88% 的学员成绩较预测分数至少提高了一个等级。 * **内容全面：** 涵盖 A-Level 力学的全部考点。 * **实践性强：** 通过大量练习题和真题解析，帮助学生深入理解和应用知识。
Founded by two recent Cambridge graduates, Westbound Maths has been running in-person training for students based in North London since 2018, and now we are online! Our courses are designed for Exam Preparation and Grade Improvement with proven results- 88% of our past students improved their final grades by at least one band from predicted grades!What Complete A-Level Maths: Mechanics Course in 5 Lectures teach:The Westbound Maths Complete A-Level Applied Maths: Mechanics Course covers the entire A-Level applied Maths: mechanics syllabus which represents 1/6 of the final exam weight for A-Level Mathematics qualification. The course consists of 5 lectures with over 4.5 hours of class videos, accompanying exam- styled homework and detailed mark scheme for the following topics:Forces: Newton's three laws of motion, how to draw a force diagram showing weight, friction, normal reaction, tension, thrust/compression etc.Moments: how to measure the turning effect forces have on an object.Vectors: understand that vector quantities have both magnitude and direction, and its application.Kinematics part I: constant acceleration kinematics and suvat formula, projectile which is an application of constant acceleration kinematics.Kinematics part II: variable acceleration kinematics, displacement-time graph, velocity-time graph.How to fully utilize the course materials:Class video: we always start with the key concepts and definition within a topic, and then jump straight into a past exam question (sourced across major exam boards) to see how these concepts are tested and applied, then you will be given an exam-styled classroom exercise for practice followed by a detailed step-by-step guide on how to solve it.Handouts: every lecture is accompanied with a handout that summarizes key concepts covered, exam- styled question solving examples, and classroom exercise solutions.Homework with exam-styled questions: for each lecture, the homework contains exam-styled questions which should be completed under exam conditions to help students identify any knowledge gap.Mistake Diagnosis: use the detailed sample solution to diagnose any mistake in homework which is the key to grade improvement.
