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원자의 비밀: 직접 분자 모델 만들기! 줄기/증기, 화학
보고계신 지문은 자동 번역 되었습니다
수업 경험
미국 등급 3 - 6
Teacher-Created 커리큘럼을 따릅니다.
This course guides students, step-by-step, through the process of constructing and understanding molecular models using a hands-on 3D molecule modeling kit! These 3-dimensional molecule structures convey molecular bonding concepts and help learners understand molecules in an in-depth visual and tactile way. Learners will build molecules with single, double and triple covalent bonds. We'll discuss the physical and chemical properties of each molecule built, and discuss conditions for...
8 lessons//8 Weeks
Week 1Lesson 1Session 1Students will learn about: - Introduce modeling molecules with Hydrogen, Oxygen and Carbon - Introduction to the various parts in the hands-on 3D Modeling Kit (if possible, please purchase the recommended kit, so that your learner can follow along easily with the instructor) - Building 2-atom molecules with Hydrogen, Oxygen and Carbon - The chemical and physical characteristics of the molecules builtWeek 2Lesson 2Session 2Students will learn about: - Building 3-atom molecules with Hydrogen, Oxygen and Carbon - Building the molecule of Ethene and learning about the process of polymerization - The chemical and physical characteristics of the molecules builtWeek 3Lesson 3Session 3Students will learn about: - Building Allotropes of Carbon: Diamond, Graphite and Graphene - Learning how the arrangement of carbon atoms affects the properties of the allotrope - Building models with Fluorine, Chlorine, Bromine, Iodine - The chemical and physical characteristics of the molecules builtWeek 4Lesson 4Session 4Students will learn about: - Building more complex models with Boron, Nitrogen, Phosphorus and Sulfur - Learning about exceptions to the Octet Rule of Molecular formations - The chemical and physical characteristics of the molecules builtWeek 5Lesson 5Session 5- Build molecules present in our food and explore how they interact with the molecules present in our bodies. - Construct the molecules of acetic acid (Vinegar) and Glucose (a Sugar) and learn how the shapes of these molecules affect their properties and give them their unique characteristics.Week 6Lesson 6Session 6- Exploring molecules that we can smell. - Construct the Volatile Organic Compounds (VOC) Acetone and Limonene. - Discuss how our noses work to sense them. - Learn about isomers, and how changing the arrangement of atoms in a molecule can produce very different properties.Week 7Lesson 7Session 7- Discuss proteins and biomolecules. - Discuss that all proteins are made of molecules called Amino Acids. These are the building blocks of proteins. - Construct a template for an Amino Acid and point out the different sections while explaining why the molecules are called Amino Acids. - Explore protein structure and protein folding.Week 8Lesson 8Session 8- Continue exploration of biomolecules, energy molecules and reactions within living systems. - Explore ATP: Adenosine Triphosphate. ATP is a molecule that provides energy to drive many processes. - ATP is a large molecule made of three parts, a nitrogen base, a sugar called ribose and a phosphorus molecule (triphosphate). make these individual molecules and then assemble them into ATP. - Discuss the chemical reaction of photosynthesis.
A detailed description of each session's learning goals is listed below: Session 1 Students will learn about: - Introduce modeling molecules with Hydrogen, Oxygen and Carbon - Introduction to the various parts in the hands-on 3D Modeling Kit (if possible, please purchase the recommended kit, so that your learner can follow along easily with the instructor) - Building 2-atom molecules with Hydrogen, Oxygen and Carbon - The chemical and physical characteristics of the molecules built Session 2 Students will learn about: - Building 3-atom molecules with Hydrogen, Oxygen and Carbon - Building the molecule of Ethene and learning about the process of polymerization - The chemical and physical characteristics of the molecules built Session 3 Students will learn about: - Building Allotropes of Carbon: Diamond, Graphite and Graphene - Learning how the arrangement of carbon atoms affects the properties of the allotrope - Building models with Fluorine, Chlorine, Bromine, Iodine - The chemical and physical characteristics of the molecules built Session 4 Students will learn about: - Building more complex models with Boron, Nitrogen, Phosphorus and Sulfur - Learning about exceptions to the Octet Rule of Molecular formations - The chemical and physical characteristics of the molecules built Session 5: - Build molecules present in our food and explore how they interact with the molecules present in our bodies. - Construct the molecules of acetic acid (Vinegar) and Glucose (a Sugar) and learn how the shapes of these molecules affect their properties and give them their unique characteristics. Session 6: - Exploring molecules that we can smell. - Construct the Volatile Organic Compounds (VOC) Acetone and Limonene. - Discuss how our noses work to sense them. - Learn about isomers, and how changing the arrangement of atoms in a molecule can produce very different properties. Session 7: - Discuss proteins and biomolecules. - Discuss that all proteins are made of molecules called Amino Acids. These are the building blocks of proteins. - Construct a template for an Amino Acid and point out the different sections while explaining why the molecules are called Amino Acids. - Explore protein structure and protein folding. Session 8: - Continue exploration of biomolecules, energy molecules and reactions within living systems. - Explore ATP: Adenosine Triphosphate. ATP is a molecule that provides energy to drive many processes. - ATP is a large molecule made of three parts, a nitrogen base, a sugar called ribose and a phosphorus molecule (triphosphate). make these individual molecules and then assemble them into ATP. - Discuss the chemical reaction of photosynthesis. The molecule of ATP is also used in Photosynthesis to make food for the plant and release oxygen into the environment. Recreate this chemical reaction with our molecule kit.
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.
숙제 제공
제공되는 평가
Learner progress will be assessed through in-class building and participation.제공되는 성적
등록 시 3개의 파일을 볼 수 있어요.The course uses the kit listed below: Organic Chemistry Modeling Kit, Old Nobby brand, $22 Available from Amazon - please search for "Old Nobby Organic Chemistry Model Kit" (239 Pieces) to find this specific kit. This kit is also available through other major online retailers (search for "Old Nobby Organic Chemistry Modeling Kit"). If you have any problems finding the kit, please message us for additional help. It is recommended to purchase this specific kit or a similar ball-and-stick type kit with at least 230 pieces, so that students can easily follow along with the instructor. (Note: the "Happy Atoms" kits don't include enough Carbon atoms and have a different magnetic design that doesn't represent bond angles accurately, so they are not a good fit for this course).
We're excited to support your child in exploring quantum physics, science and inventions! Our classes are designed to get kids excited about physics and its impact on our lives, while supporting students in developing critical thinking skills. Our...
그룹 수업
₩100
매주 또는 ₩144 8 개 수업의 경우주당 1회, 8주
50분
Completed by 25 learner
실시간 화상 수업
연령: 8-12
수업당 학습자 4-10 명