Curso semestral Atom Secrets (16 sesiones semanales) STEM
Qué está incluido
16 reuniones en vivo
13 horas 20 minutos horas presencialesTarea
1 hora por semana. Review Handouts and Activities will be provided after each class session. Completion is optional.Certificado de finalización
Students may request a Certificate of Completion from the instructor at the end of the course.Experiencia de clase
Nivel de inglés: desconocido
Grado de EE. UU. 3 - 6
This course includes Levels 1-3 of our top-rated Atom Secrets courses, meeting once a week over 16 weeks with a consistent teacher and learner group. The course offers a fun and engaging introduction to the fields of Chemistry and Physics, while covering key foundational concepts to support further academic study. The classes incorporate a wide variety of sensory activities, including educational presentations, hands-on activities, student discussion, short instructional videos, quizzes, visual aids and printable review handouts. Course materials include 54 full-color cartoon Atom Flash Cards and a full-color illustrated Periodic Table of Elements, downloadable as printable PDFs. The tuition price includes a 10% discount for learners (compared to registering for each 4-week Atom Secrets course separately). Each class session's content is described in detail below: Sessions 1-4 - Atom Secrets 1: Atoms & The Periodic Table of Elements Sessions 1-4 introduces learners to 54 atomic elements, while exploring advanced concepts such as electron orbitals, covalent and ionic molecular bonds, and the structure of the Periodic Table. Why is the Periodic Table shaped the way it is? Students learn the atomic "secrets" behind the underlying organization of the Periodic Table, and how to read it. The course materials include 54 full-color cartoon Atom Flash Cards and a full-color illustrated Periodic Table of Elements, downloadable as printable PDFs. In addition, Review Handouts are provided for each class session. These printable resources are included with course registration (printing is optional and not required to participate). Each class session will focus on specific atoms and rows of the Periodic Table: 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 Sessions 5-8 - Chemical Reaction Experiments & Molecular Exploration Through interesting and fun chemical reaction experiments, we'll continue exploring molecules and their formation! The hands-on chemical reaction experiment (using safe household ingredients) will be demonstrated by the instructor, and students are invited to follow along at home. (Please note: participation is encouraged but totally optional; younger learners may need assistance). We'll also learn how to play a fun Molecule Match card game with our Atom Element Flash Cards. The weekly experiments include: Session 5: Making Carbon Dioxide Bubbles via a chemical reaction Session 6: Making Ice Cream with Salt, using a chemical reaction Session 7: Acid and Base Investigations using pH Paper: understanding acids and bases Session 8: Cleaning Dirty Pennies with a chemical reaction Sessions 9-16 - Hands-on Molecule Model Building and Molecular Exploration Sessions 9-16 involves students in the hands-on process of constructing and understanding molecular models made with a high school-level chemistry modeling kit! These 3-dimensional molecule structures explore molecular bonding concepts and help students understand more complex molecules. We'll discuss the physical and chemical properties of each molecule built, and discuss conditions for molecule formation. Session activities include: Session 9: - Introduce modeling molecules with Hydrogen, Oxygen and Carbon - Building 2-atom molecules with Hydrogen, Oxygen and Carbon; review chemical and physical characteristics of the molecules built Session 10: - Building 3-atom molecules with Hydrogen, Oxygen and Carbon - Building the molecule of Ethene and learning about the process of polymerization; review chemical and physical characteristics of the molecules built Session 11: - 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; review chemical and physical characteristics of the molecules built Session 12: - Building more complex models with Boron, Nitrogen, Phosphorus and Sulfur - Learning about exceptions to the Octet Rule of Molecular formations; review the chemical and physical characteristics of the molecules built Session 13: - Building molecules present in our food and exploring how they interact with the molecules present in our bodies. We will 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 14: - Exploring molecules that we can smell! We'll build the following Volatile Organic Compounds (VOC) Acetone and Limonene and discuss how our noses work to sense them. We'll also learn about isomers, and how changing the arrangement of atoms in a molecule can produce very different properties. Session 15: - Building proteins! Proteins in our body belong to a group of molecules called biomolecules. These are molecules produced by living things and are very important for life. Proteins help generate muscles, transmit messages and the transport of different chemicals. All proteins are made of molecules called Amino Acids. These are the building blocks of proteins. We'll build a template for an Amino Acid and point out the different sections while explaining why the molecules are called Amino Acids. We'll also explore protein structure and protein folding. Session 16: - Our final session delves into biomolecules, energy molecules and reactions within living systems. We'll explore ATP: Adenosine Triphosphate. To carry out various functions we need energy. In our bodies and the bodies of other living creatures, a molecule called ATP 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). We'll make these individual molecules and then assemble them into ATP. Next, we'll 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. Note: Sessions 9-16 uses the kit listed below: Old Nobby Organic Chemistry Modeling Kit, $22 Available from Amazon - search for OLD NOBBY Organic Chemistry Model Kit (239 Pieces) to find this specific kit. 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).
Metas de aprendizaje
Learning goals include: atoms and subatomic particles (protons, neutrons and electrons), structure of the Periodic Table of Elements, covalent & ionic bonding, and properties of specific elements & molecules. Please see the syllabus for more details.
Programa de estudios
16 Lecciones
más de 16 semanasLección 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.
50 minutos de lección en vivo en línea
Lección 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.
50 minutos de lección en vivo en línea
Lección 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.
50 minutos de lección en vivo en línea
Lección 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.
50 minutos de lección en vivo en línea
Otros detalles
Lista de útiles escolares
The following learning materials are included with registration and posted as downloadable PDFs in the Classroom: - Printable Atom Card PDFs for atomic elements 1-54 (Hydrogen to Xenon) - Printable Periodic Table PDF Handouts (simplified version & complete version) - Printable Review Handout PDFs after each session Please note: These PDF handouts are too large to be emailed, so please visit the Course Classroom to download them. For sessions 9-16, we'll use the kit listed below: Old Nobby Organic Chemistry Modeling Kit, $25 Available from Amazon - please search for "OLD NOBBY Organic Chemistry Model Kit" (239 Pieces) to find this specific kit. It is recommended to purchase this kit or a similar ball-and-stick type kit with at least 230 pieces, so that students can easily follow along with the instructor. Any similar ball-and-stick type kit may be used, since color-coding of atoms is fairly standardized (there may be minor differences between kits which can be clarified in class as needed). Please Note: the "Happy Atoms" kits don't include enough Carbon atoms and have a different magnetic design that doesn't represent bond angles accurately, so they are not a good fit for this course.
6 archivos disponibles al momento de la inscripción
Idioma en el que se imparte la clase
Inglés
Recursos externos
Los estudiantes no necesitarán utilizar ninguna aplicación o sitio web más allá de las herramientas estándar de Outschool.
Experiencia y certificaciones del docente
We're dedicated to introducing young students to the amazing world of quantum physics, invention & science research! We've been offering STEAM (Science, Technology, Engineering, Art & Math) classes and creating educational materials for students of all ages for over 15 years. We're excited to share this course content with more students through Outschool.
Reseñas
Curso grupal en vivo
16 US$
semanalmente o 256 US$ por 16 clases1 x por semana, 16 semanas
50 min
Completado por 34 alumnos
Videoconferencias en vivo
Edades: 8-13
6-13 alumnos por clase
Asistencia financiera
Tutoría
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