64 US$
for 4 classesCampamento de verano: ¡Construcción práctica de moléculas! (STEM/STEAM)
Completado por 61 alumnos
Edades 8-12
Curso grupal en vivo
Videoconferencias en vivo
4x por semana, 1 semana
5-10 alumnos por clase
50 min
Qué está incluido
4 reuniones en vivo
3 horas 20 minutos horas presencialesEvaluación
Learner progress will be assessed through in-class building and participation.Experiencia de clase
Nivel de inglés: desconocido
Grado de EE. UU. 3 - 6
This 4-session chemistry-themed camp (meeting daily, Monday-Thursday for 1 week) guides students, step-by-step, through the hands-on process of buildilng molecular models made with a high school-level chemistry modeling kit! Molecule models are like Legos for chemistry. Building 3-dimensional molecule models is an engaging and fun way to convey molecular bonding concepts, while helping students easily visualize molecule structure. We'll discuss the physical and chemical properties of each molecule built, and discuss conditions for molecule formation. We'll also use the 3D models to study bond angles, symmetry and polarity. The course is designed for students ages 8-12, since this age group will have enough "finger strength" and fine motor skills to build the models (equivalent to putting together and pulling apart Legos). It may take some practice and extra effort at first, and we'll patiently guide students through the building process. Younger students may enroll if they have the assistance of a parent (as needed). We will also include more advanced molecules for the older students who may be interested in additional challenge. The course uses the kit listed below: Organic Chemistry Modeling Kit (Old Nobby brand, 239 pieces, available on Amazon for around $25): Please search on Amazon for "Old Nobby Organic Chemistry Kit" to find this kit. It is recommended to purchase this specific kit, so that students can easily follow along with the instructor. However, if the student already has a similar molecule model kit, it may be used instead. Session Overview: Session 1 In the first session, we will unbox our molecule building kits together and learn about the different parts of the kit. We'll introduce building molecules with Hydrogen, Oxygen and Carbon, focusing on building 2-atom and 3-atom molecules with these elements. We'll discuss the chemical and physical characteristics of each of the molecules built and learn how to research molecules using the online resource ptable.com (an interactive Periodic Table of Elements). Session 2 In the second session, we'll build more molecules with Hydrogen, Oxygen and Carbon, focusing on double covalent bonds including Carbon Dioxide and Ethene. We'll discuss the difference between Ethane and Ethene and learn about the process of polymerization and formation of Polyethylene, the most commonly produced plastic. Session 3 In Session 3, we'll discuss how atoms can combine with the same atom in different ways and form structures called allotropes. We’ll focus on the atom of Carbon and build three of its allotropes. We will also add the atoms Fluorine, Chlorine, Bromine and Iodine. Session 4 In Session 4, we'll continue building more complex models with Boron, Nitrogen, Phosphorus and Sulfur. These are atoms that start to move away from the patterns that we learnt about in Sessions 1 -3 and we learn about some of the exceptions that occur in molecular formations. The course ends with suggestions and pathways for further chemistry exploration.
Metas de aprendizaje
A detailed description of each session's learning goals is listed below:
Session 1
In the first session, we'll unbox our molecule building kits together and learn about the different parts of the kit. We'll introduce building molecules with Hydrogen, Oxygen and Carbon, focusing on building 2-atom and 3-atom molecules with these elements. We'll discuss the chemical and physical characteristics of each of the molecules built and learn how to research molecules using the online resource ptable.com (an interactive Periodic Table of Elements).
Session 2
In the second session, we'll build more molecules with Hydrogen, Oxygen and Carbon, focusing on double covalent bonds including Carbon Dioxide and Ethene. We'll discuss the difference between Ethane and Ethene and learn about the process of polymerization and formation of Polyethylene, the most commonly produced plastic.
Session 3
In Session 3, we'll discuss how atoms can combine with the same atom in different ways and form structures called allotropes. We’ll focus on the atom of Carbon and build three of its allotropes. We will also add the atoms Fluorine, Chlorine, Bromine and Iodine.
Session 4
In Session 4, we'll continue building more complex models with Boron, Nitrogen, Phosphorus and Sulfur. These are atoms that start to move away from the patterns that we learnt about in Sessions 1 -3 and we learn about some of the exceptions that occur in molecular formations. The course will end with suggestions and pathways for further chemistry exploration.
Programa de estudios
4 Lecciones
más de 1 SemanaLección 1:
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
50 minutos de lección en vivo en línea
Lección 2:
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
50 minutos de lección en vivo en línea
Lección 3:
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
50 minutos de lección en vivo en línea
Lección 4:
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
50 minutos de lección en vivo en línea
Otros detalles
Lista de útiles escolares
The course uses the kit listed below: Old Nobby Organic Chemistry Modeling Kit, $25 Available from Amazon - please search for "OLD NOBBY Organic Chemistry Model Kit" (239 Pieces) to find this specific kit. It is recommended to purchase this kit or a similar ball-and-stick type kit with at least 230 pieces, so that students can easily follow along with the instructor. Any similar ball-and-stick type kit may be used, since color-coding of atoms is fairly standardized (there may be minor differences between kits which can be clarified in class as needed). Please 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. The course also utilizes illustrated Atom Cards. Printable handouts of the Atom Cards will be provided upon enrollment for self-printing at home. (These are the same cards used in Atom Secrets Level 1 and Level 2).
Recursos externos
Los estudiantes no necesitarán utilizar ninguna aplicación o sitio web más allá de las herramientas estándar de Outschool.
Ofrecido por
Experiencia y certificaciones del docente
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.
Reseñas
Quantum Physics for Kids sugiere esta clase a continuación...
Atom Secrets: ¡Construcción práctica de modelos moleculares! STEM/STEAM, Química
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