含まれるもの
4 ライブミーティング
3 時間 20 分 授業時間この文章は自動翻訳されています
このクラスで学べること
英語レベル - 不明
米国の学年 3 - 6
Did you know Minecraft (Bedrock & Education version) includes a free Chemistry Add-on that represents real chemistry principles within the Minecraft world? This course dives into the function of the Minecraft Chemistry module and teaches students how to use it to make atomic elements, molecular compounds and chemical reactions within Minecraft! For kids that love Minecraft, this course is a fun and dynamic way to learn and reinforce understanding of real-life chemistry concepts. The course will be held in Creative Mode, and each student will be working within their own self-created world. Students should already know the basics of using Minecraft, including how to use a Crafting Table and how to access their inventory. Students will need to be able to access Zoom and Minecraft simultaneously, either by utilizing a second device, or by having both Zoom and Minecraft windows visible on the same screen. Students will need to know how to place and open a Crafting Table (this same process is used to place and open the Chemistry-related blocks). Please Note: the Chemistry module is only available for Minecraft Education Edition and Minecraft Bedrock Edition (including Minecraft for Windows 10, Nintendo Switch, Xbox, Playstation, and Minecraft Mobile Edition for iPads & Android tablets); unfortunately, the software publisher has not added the Chemistry functions to Minecraft Java Edition. If your learner is playing Minecraft on an iPad or Android tablet, PC, Nintendo Switch, Xbox or Playstation, they already have the right version of Minecraft to use for this course! The course will teach the following topics: Session 1: Getting started with the Minecraft Chemistry Add-on: The first session goes over creating a Minecraft world with the Chemistry features enabled which will be used throughout the course. We dive into the world of atoms by using the Material Reducer and break down Minecraft blocks to see the atoms present in them. We’ll use the Element Constructor to explore the structure of the atom and even learn to make our own atoms. - Students create their own Minecraft world which will be used throughout the course. - With the help of the Material Reducer block students explore the different atoms that make up the Minecraft world - With the Element Constructor we introduce the structure of these atoms and how to make them - We also go over the patterns and color coded grouping of the Periodic Table of Elements Session 2: Isotopes and Molecule Making In the second session, we continue using the Element Constructor to make isotopes and learn about radioactive decay. We’ll also learn about how atoms form molecules and make some with the Compound Creator! We’ll discuss the properties and applications of molecules made and use them to craft items that can only be created using Chemistry in Minecraft. - We revisit the Element Constructor and learn that you can make the same atom with different number of neutrons - We discuss radioactive decay for unstable isotopes - We bring in the Compound Creator and learn about the importance valence electron shell levels in molecule making - We make molecules and use those molecules to craft things, including sparklers Session 3: Molecule Making and Lab Table Experiments In Session 3, we look at the practical applications of more complex molecules. We introduce the concept of polymers and chemiluminescence. We look at real life versions of Minecraft Lab Table products and learn about the science used in them. - Continuing with the Compound Creator we talk about different kinds of molecules - We learn about practical applications of lab table products - Dive into polymers and repeating chains for plastic - Make items that can be made only with the Chemistry in Minecraft add-on Session 4: Lab Table, Crafting Table and Experiments in Minecraft In Session 4, we continue with practical applications of complex molecules and explore the polymer latex. We talk about the science behind Chemistry in Minecraft’s Super Fertilizer and how the underwater TNT block works. - Continuing with the Compound Creator we talk about different kinds of molecules - We learn about fertilizer and learn to craft some underwater TNT - We recreate explosive experiments in Minecraft If you are not using the Education Edition and would like to check that your version of Minecraft has the option to turn on Education Mode, please do the following: 1. Create a new world and set it to Creative 2. Scroll down until you see the words "Education Mode," and toggle it to the ON position. (By default, it will be Off). That's it! As long as you can see the option to turn on Education Mode, you will have free access to the Chemistry features in Minecraft.
学習到達目標
In Session 1, students will learn how to access the Chemistry function in Minecraft and how to use the Material Reducer and Element Constructor to make atomic elements in Minecraft.
In Session 2, students will learn about how to use the Compound Creator to make molecules in Minecraft.
In Session 3, students will learn how to use the Lab Table to make a variety of special & useful substances that can only be created using Chemistry in Minecraft.
In Session 4, students will learn how to use the Lab Table and Crafting Table together to make more unique items in Minecraft, like fertilizer and explosives.
シラバス
4 レッスン
4 週間以上レッスン 1:
Session 1: Getting started with the Minecraft Chemistry Add-on
The first session goes over creating a Minecraft world with the Chemistry features enabled which will be used throughout the course. We dive into the world of atoms by using the Material Reducer and break down Minecraft blocks to see the atoms present in them. We’ll use the Element Constructor to explore the structure of the atom and even learn to make our own atoms.
50 分のオンラインライブレッスン
レッスン 2:
Session 2: Isotopes and Molecule Making
In the second session, we continue using the Element Constructor to make isotopes and learn about radioactive decay. We’ll also learn about how atoms form molecules and make some with the Compound Creator! We’ll discuss the properties and applications of molecules made and use them to craft items that can only be created using Chemistry in Minecraft.
50 分のオンラインライブレッスン
レッスン 3:
Session 3: Molecule Making and Lab Table Experiments
In Session 3, we look at the practical applications of more complex molecules. We introduce the concept of polymers and chemiluminescence. We look at real life versions of Minecraft Lab Table products and learn about the science used in them.
50 分のオンラインライブレッスン
レッスン 4:
Session 4: Lab Table, Crafting Table and Experiments in Minecraft
In Session 4, we continue with practical applications of complex molecules and explore the polymer latex. We talk about the science behind Chemistry in Minecraft’s Super Fertilizer and how the underwater TNT block works.
50 分のオンラインライブレッスン
その他の情報
受講に必要なもの
Students will need to have access to Minecraft Bedrock Edition or Minecraft Education Edition, for use during the class time. (Please note: A license of Minecraft Bedrock Edition or Minecraft Education Edition is not included with this course). In addition, students will need to be able to access Zoom and Minecraft simultaneously, either by utilizing a second device, or by having both Zoom and Minecraft windows visible on the same screen. Students should already know the basics of using Minecraft, including the basics of how to use a crafting table and how to access their inventory.
クラス登録時に 2 の学習素材が提供されます
指導言語
英語
外部リソース
このクラスでは、Outschool内のクラスルームに加えて、以下を使用します。
Not an official Minecraft product. Not approved or associated with Mojang.
教師の専門知識と資格
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.
レビュー
ライブグループクラス
$17
毎週または$68 4 クラス分週に1回、 4 週間
50 分
468 人がクラスを受けました
オンラインライブ授業
年齢: 8-12
クラス人数: 4 人-10 人