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所在平台: Udemy |
课程主页: https://www.udemy.com/course/understanding-atomic-structure-and-periodic-table/
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**课程名称：** 理解原子结构与元素周期表 **课程概述：** 本课程旨在帮助学习者深入理解原子结构和元素周期表。课程内容紧密对接IGCSE化学课程大纲，涵盖所有规定的主题。此外，课程还特别准备了补充视频，以弥合高中知识与A-level知识之间的差距。 尽管课程内容是为IGCSE课程量身定制的，但它同样适用于所有11年级和12年级的学生。如果您认为有任何与该学习水平相关的必要主题未包含在内，欢迎在讨论区提出您的宝贵意见，我将乐于将其纳入课程。 如果在概念应用和问题解决方面遇到任何困难，您可以通过讨论区提出问题。我将非常乐意在视频中解答这些难题，并提供详细的解释。 **课程主题：** 1. **原子结构：** * 原子的概念 * 亚原子粒子 * 原子序数与物质世界 2. **量化概念：** * 量子数 * 电子排布 * 电离能 3. **元素周期表：** * 元素周期表简介 * 现代元素周期表 * 元素周期表概览 * 周期性 * 族与周期表中的趋势 **适用对象：** IGCSE化学学习者，以及所有11和12年级的学生。 **特别说明：** 本课程欢迎学习者提供反馈，以完善课程内容。在学习过程中遇到困难时，鼓励通过讨论区提问，以便获得及时的解答和深入的讲解。
Welcome to this course on atomic structure and the periodic table. This course has been designed in alignment with the IGCSE curriculum, and comprehensive lectures have been prepared to cover all prescribed topics. Additionally, several videos have been included to bridge the knowledge gap between high school and A-level content.Although the topics covered are tailored to the IGCSE curriculum, this course is also suitable for any student in grades 11 and 12.If you find that any topic relevant to this level has not been included, please feel free to share your feedback in the discussion section. I will be glad to incorporate those topics into the course.Should you encounter any challenges in applying concepts to problem-solving, I would be more than happy to address these difficulties in the videos and provide detailed explanations. Therefore, do not hesitate to post your questions or suggestions in the discussions.Thank you for choosing to learn with me. I hope this course marks the beginning of an exciting and enriching scientific journey. I look forward to seeing you all soon.This course covers the following topics:1. Atomic structure, concept of an atom, Subatomic particles, Atomic number and world of matter2. Understanding Quantum numbers, Electron Configuration and Ionizing Energy3. Periodic table: An introduction, Modern periodic table, Periodic table of elements, Periodicity, Groups and Trends in periodic table
