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靈活課程:原子秘密與元素週期表課程(一級)

由 100 位學習者完成
年齡 8-13
自訂進度課程
探索奇妙的原子世界,從最簡單的原子到生命所需的更複雜的原子! (彈性日程版本,無現場會議)
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4 預錄課程
4 教師支援週
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1 年內容存取權

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4 預錄課程
4 週
教師的支持
1 年訪問權
到內容
作業
每週 1 小時. Each week will include homework (optional) in the form of worksheets which the student can complete to review the course material, as well as an interactive Atom Scavenger Hunt in which students identify concrete examples of each week's atoms in their home and environment. Learners share their findings with the teacher and other students by posting writing, images and/or video in the Classroom.
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課堂經歷

英語程度 - 未知
美國 3 - 6 年級
In this 4-session Flexible Schedule course, students learn about atoms, subatomic particles and the Periodic Table of Elements! We've translated our top-rated Atom Secrets course into an engaging recorded Flex format with lots of hands-on activities that learners can complete at their own pace. As a Flexible Schedule course, all teacher presentations and materials are provided in the Classroom, and there are no scheduled live video sessions. 

Note: We also offer this course in a live-instructed format, available here: https://outschool.com/classes/quantum-physics-for-kids-atom-secrets-and-the-periodic-table-of-elements-course-RwD5iVck#us9fIT1FTd
Feel free to choose the format that works best for your learner and schedule!

This course introduces students to 54 atomic elements, while exploring advanced concepts such as electron orbitals, covalent and ionic molecular bonds, and the structural organization of the Periodic Table. The course offers a fun and engaging introduction to the fields of Chemistry and Quantum Physics. Each week will include video presentations, printable atom cards, an interactive drawing activity and review worksheets. 54 illustrated atom cards representing elements 1-54 will be provided upon enrollment. In addition, each week students can participate in an Atom Scavenger Hunt with the other learners, finding examples of specific atoms in their daily lives and sharing their findings in the Classroom through writing, images and/or video. The teacher will respond to messages and posts within 24 hours, excluding weekends and holidays.

Each class session will focus on specific atoms and rows of the Periodic Table, presented weekly over the course of a month, as follows:
Session 1: Rows 1-2, Hydrogen (1) to Neon (10) 
Session 2: Row 3, Sodium (11) to Argon (18)
Session 3: Row 4, Potassium (19) to Krypton (36)
Session 4: Row 5, Rubidium (37) to Xenon (54), plus overview of structure for the remaining Periodic Table elements

The first class session introduces students to the formation of atoms, the building blocks of all matter in the universe, from their beginnings in the Big Bang to the formation of heavier atoms in stars and supernovas. ALL atoms come from stars! We'll also reveal the hidden structure of the Periodic Table of Elements, which describes each atom's ability to form molecules in an incredibly simple, elegant and visual way - if you know how to decipher it. We'll draw electron orbitals and learn about the importance of the outer "valence" electron shell. We'll use fun "cartoon" atom cards designed by the instructor for each element (provided as a PDF handout). This class covers the atomic elements Hydrogen (1) to Neon (10), the first two rows of the Periodic Table, as well as significant molecules formed from these atoms, such as water and carbon dioxide. 

In Session 2-4, we'll explore covalent and ionic molecular bonding and unique characteristics of atoms, along with important molecules that they form. We'll also introduce the concept of suborbitals (s, p, d, f). Throughout the class, the various atoms and molecules will be linked to practical uses in life and modern technology. 

The course includes pre-recorded video lessons which incorporate an interactive drawing activity, short instructional videos and visual aids, including cartoon atom cards designed by the instructor. Learners will be asked to complete weekly handouts reviewing the material (as optional homework), and to post their comments and questions in the classroom. In addition, each week features a fun Atom Scavenger Hunt, in which students find 4-8 examples of the specific atoms studied each week in their home and environment. Learners share their findings with the teacher and other students by posting writing, images and/or video in the Classroom.

學習目標

A detailed description of each session's learning goals is listed below:

Session 1: Hydrogen (1) to Neon (10) 
Students will learn about:
- Atoms and subatomic particles (protons, neutrons and electrons)
- The origin of atoms in the Big Bang, stars and supernovas
- Specific properties, forms and uses of Hydrogen, Helium, Carbon and Oxygen
- Unique molecular properties of water and carbon-based molecules that support formation of life
- Summary of common uses of Lithium, Beryllium, Boron, Nitrogen, Fluorine and Neon
- Electron orbitals and the importance of the valence (outer) electron shell
- Structure of the Periodic Table of Elements based on electron shell levels

Session 2: Sodium (11) to Argon (18)
Students will learn about:  
- Atoms and subatomic particles (protons, neutrons and electrons)
- Specific properties, forms and uses of Sodium, Magnesium, Aluminum, Silicon, Phosphorus, Sulfur, Chlorine and Argon
- Ionic and covalent molecular bonding 
- Electron orbitals and the importance of the valence (outer) electron shell
- Structure of the Periodic Table of Elements based on electron shell levels

Session 3: Potassium (19) to Krypton (36)
Students will learn about:
- Atoms and subatomic particles (protons, neutrons and electrons)
- Ionic and covalent molecular bonding 
- Specific properties, forms and uses of Potassium, Calcium, Gallium, Germanium, Arsenic, Selenium, Bromine and Krypton
- Introduction to the Transition Metals, focusing on Iron, Cobalt, Nickel and Copper, and their magnetic properties (ferromagnetism and paramagnetism)
- Electron orbitals and the importance of the valence (outer) electron shell
- Structure of the Periodic Table of Elements based on electron shell levels

Session 4: Rubidium (37) to Xenon (54)
Students will learn about:
- Atoms and subatomic particles (protons, neutrons and electrons)
- Ionic and covalent molecular bonding 
- Electron orbitals, suborbitals (s, p, d, f) and the importance of the valence (outer) electron shell
- Specific properties, forms and uses of Rubidium, Strontium, Indium, Tin, Antimony, Tellurium, Iodine and Xenon
- Introduction to the Transition Metals, including Palladium, Silver and Cadmium
- Structure of the Periodic Table of Elements based on electron shell levels, including the remaining elements in the Table

教學大綱

4 課程
超過 4 週
課 1:
Session 1: Rows 1-2, Hydrogen (1) to Neon (10)
 The first class session introduces students to atomic elements Hydrogen (1) to Neon (10), the first two rows of the Periodic Table, as well as significant molecules formed from these atoms, such as water and carbon dioxide. We'll draw electron orbitals and learn about the importance of the outer "valence" electron shell. 
課 2:
Session 2: Row 3, Sodium (11) to Argon (18)
 In Session 2, we'll explore atomic elements Sodium (11) to Argon (18). We'll discuss covalent and ionic molecular bonding and unique characteristics of atoms, along with important molecules that they form. We'll draw a Bohr model of Argon and review the major electron shell levels for rows 1-3 of the Periodic Table. The various atoms and molecules will be linked to practical uses in life and modern technology. 
課 3:
Session 3: Row 4, Potassium (19) to Krypton (36)
 In Session 3, we'll explore atomic elements Potassium (19) to Krypton (36). We'll continue discussing covalent and ionic molecular bonding and unique characteristics of atoms, along with important molecules that they form. We'll draw a Bohr model of Kypton and review the major electron shell levels for rows 1-4 of the Periodic Table. We'll also introduce the concept of suborbitals (s, p, d, f). The various atoms and molecules will be linked to practical uses in life and modern technology. 
課 4:
Session 4: Row 5, Rubidium (37) to Xenon (54), plus overview of Periodic Table
 In Session 4, we'll explore atomic elements Rubidium (37) to Xenon (54), plus provide an overview of structure for the remaining Periodic Table elements. We'll discuss unique characteristics of selected atomic elements, along with important molecules that they form. We'll draw a Bohr model of Kypton, and we'll further explore the concept of suborbitals (s, p, d, f). The various atoms and molecules will be linked to practical uses in life and modern technology. 

其他詳情

供應清單
Printable handouts with atom cards and Periodic Table illustrations will be provided upon enrollment.
 4 註冊後即可取得文件
教學語言
英語
外部資源
學習者無需使用標準 Outschool 工具以外的任何應用程式或網站。
來源
Ptable.com - an interactive online periodic table

提供自

已加入 June, 2020
4.9
1445評論
熱門課程
教師檔案
教師專業知識和證書
We're dedicated to introducing young students to the amazing world of quantum physics, technological innovation and design! We've been offering STEAM (Science, Technology, Engineering, Art & Math) classes and creating educational materials for students of all ages for over 15 years. We're excited to share this course content with more students through Outschool. 

評論

Quantum Physics for Kids 建議接下來的課程...
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Quantum Physics for Kids
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US$10 每個星期
自訂進度課程
4 週
8-12


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