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所在平台: Udemy |
课程主页: https://www.udemy.com/course/kinematics-motion-in-1dimension-and-2-dimension/
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**课程名称：** 一维和二维运动学 **课程概述：** 本课程专为 AP Physics、JEE、NEET 及其他竞争性考试设计，旨在帮助学生攻克一维和二维运动中的难题。无论您的目标是获得满分还是在运动学概念上遇到困难，本课程都将通过结构化的理论、速成方法和 200 多个考试风格的题目，将困惑转化为清晰。 **您将掌握的内容：** * **一维运动（直线运动）：** * 运动方程（包含/不包含微积分方法，AP 课程同步） * 图表分析（x-t、v-t、a-t）及其在 JEE/NEET 题目中的应用 * 相对运动技巧（如河流-游泳者问题，JEE Mains 热门题型） * 通过积分处理变加速问题（进阶 JEE/AP 课程级别） * **二维运动（抛体运动和矢量）：** * 抛体运动（地面/悬崖抛射，考虑空气阻力近似，NEET 重点） * 圆周运动学：向心力、角速度以及 JEE Advanced 的圆锥摆问题 * 二维相对运动（船-河、风力调整的飞行，JEE 重复率 75%） * 抛物线轨迹优化（射程/高度权衡，AP Physics 1/2 热点话题） **考试专项准备：** * **JEE 重点：** 强调转动参考系、约束运动（滑轮）以及历年真题 * **NEET 速成：** 针对医学入学考试选择题的快速解题公式 * **AP Physics 实验：** 基于模拟的水平抛射实验（College Board 格式） * **奥林匹克竞赛准备：** 非惯性参考系和高级矢量问题 **适合人群：** * 目标获得前 100 名排名的 JEE/NEET 考生（11/12 年级） * 目标获得 5/5 分的 AP Physics 1/2 学生 * 需要概念深度的奥林匹克竞赛候选人（NSO, KVPY） * 寻求教学素材的教师 **课程内容详情：** 本课程是为 11 年级和 12 年级物理学习者量身定制的关于一维和二维运动的课程。您将学习标量和矢量物理量，匀速运动，非匀速运动。定量和定性地定义位移，速度和加速度。重点讲解基于位移，速度，平均速度和加速度的数值计算。当提供书面描述、数值和图表数据时，解释匀速运动和匀加速运动。分析速度-时间图。矢量的加法和减法及其在运动学中的应用。矢量的分解及其在运动学中的应用。使用分量进行矢量加法。图解法绘制和相加二维矢量。确定矢量分量。使用分量法进行矢量加法。极坐标法和导航仪法，并利用它们通过矢量解决问题。图解法相加非共线矢量及其相关问题。解释平面（水平或垂直）上的二维运动，并理解一个物体相对于另一个物体的运动。空气中的相对运动，非共线相对运动，水中的相对运动。基于飞机相对于风的速度和船相对于河流的速度的问题。分析抛体运动，水平抛射和斜抛的抛体运动。抛射体的射程，最大高度和飞行时间。基于水平和斜抛的抛射体问题的数值计算。 **讲师：** GAGAN DEEP AHUJA (资深物理教授，拥有 25 年以上培训 JEE/NEET 考生获得前 100 名的经验) **您的下一步：** 立即报名，开始像学霸一样解决问题！
Crack the toughest physics problems on 1D and 2D motion with this exam-focused course designed for AP Physics, JEE, NEET, and other competitive exams. Whether you're aiming for perfect scores or struggling with kinematics concepts, this course transforms confusion into clarity through structured theory, shortcut methods, and 200+ exam-style problems.What You'll Master:1D Motion (Straight-Line Physics)✓ Equations of Motion with calculus/non-calculus approaches (AP-aligned)✓ Graphs (x-t, v-t, a-t) and their JEE/NEET problem-solving applications✓ Relative motion tricks for river-swimmer problems (favorite in JEE Mains!)✓ Variable acceleration problems using integration (Advanced JEE/AP Level)2D Motion (Projectiles & Vectors)✓ Projectile Motion from ground/cliff with air resistance approximations (NEET focus)✓ Circular Kinematics: Centripetal force, angular velocity & JEE Advanced conical pendulum problems✓ Relative Motion in 2D (Boat-river, wind-adjusted flights - 75% repeat rate in JEE)✓ Parabolic Trajectory optimization (Range/Height trade-offs - AP Physics 1/2 hot topic)Exam-Specific Prep Included: JEE Focus: Emphasis on rotating frames, constrained motion (pulleys), and previous year problems NEET Shortcuts: Quick formulas for medical entrance exam MCQs AP Physics Labs: Simulation-based horizontal projectile experiments (College Board format) Olympiad Prep: Non-inertial frames and advanced vector problemsWho Should Enroll?JEE/NEET Aspirants (Class 11/12) wanting top-100 ranksAP Physics 1/2 Students targeting 5/5 scoresOlympiad Candidates (NSO, KVPY) needing conceptual depthTeachers looking for classroom-readyThis course on motion in 1dimention and 2dimention have been made for students studying physics in grade 11 and 12th. In this course you will learn about scaler and vector Physical quantities, uniform motion , non uniform motion. Define qualitatively and quantitatively displacement velocity and acceleration.Numerical based on displacement velocity , average velocity and acceleration.Explain uniform and uniformly accelerated motion when provided with written descriptions and numerical and graphical data. Analyzing velocity time graphs.Addition and subtraction of vectors and their application in Kinematics. Resolution of vectors and their application in Kinematics. Adding vectors using components. Adding two dimensional vectors graphically. Determining components. Adding Vectors using components. Polar coordinator method and navigator method and using them to solve problems vectorially. Adding non collinear vectors graphically and problems based on them.Explain two dimensional motion in a horizontal or vertical plane and interpret motion of one object relative to other. Relative motion in air , non -collinear relative motion , Relative motion in water.Problems based on velocity of airplane with respect to wind and velocity of boat with respect to river.Analyzing Projectile motion, horizontally projected projectiles and obliqully projected projectile motion. Range , maximum height and time of flight of projectiles. Numerical based on projectiles projected horizontally and obliqually..Your Next Step?Enroll Now and Start Solving Like a Topper!Instructor: [GAGAN DEEP AHUJA]• Senior faculty Physics • 25+ Years Training JEE/NEET Top-100 Rankers
