Week 1
Lesson 1
Meeting 1:  Scientific Investigations & Variables
We delve into scientific investigations and variables, foundational concepts in scientific inquiry. We explore the nature of hypotheses, experimentation, and data analysis. Understanding independent, dependent, and controlled variables equips us to design rigorous experiments. Through interactive activities, we'll grasp how variables interact, affecting outcomes and conclusions. This session lays the groundwork for robust scientific thinking and experimentation.
Lesson 2
Meeting 2:  Identification of Variables in Experimentation/Penny Boat Lab
During this lesson, we dive into the core principles of scientific investigation and the critical concept of variables. We explore how hypotheses drive experiments and the roles of independent, dependent, and controlled variables in designing rigorous studies. Through engaging activities like the Penny Boat Lab, we gain hands-on experience in identifying and manipulating variables, laying a solid foundation for conducting and interpreting scientific experiments.
 Week 2
Lesson 3
Meeting 3:  Lab/Graphing & Analyzing Data
We will apply our understanding of variables and scientific inquiry as we construct a marble run to test hypotheses and collect data. Additionally, we learn how to graph and analyze the data, gaining insights into the relationships between variables. This session integrates hands-on experimentation with data visualization, enhancing our skills in designing experiments and drawing meaningful conclusions from data sets.
Lesson 4
Meeting 4:  Scientific Theory, Scientific Law & Scientific Models
In Meeting 4, we explore scientific theory, scientific law, and scientific models. We learn how theories explain phenomena based on evidence and testing, laws describe patterns, and models simplify complex systems. Through discussions and examples, we enhance our ability to interpret and apply scientific knowledge.
 Week 3
Lesson 5
Meeting 5:  Kinetic Theory of Matter & Heat Transfer (Heat Transfer Brochure)
We will learn about the movement of particles in solids, liquids, and gases. Explore how heat energy transfers through conduction, convection, and radiation. The heat transfer brochure will help break down complex concepts into digestible information, perfect for understanding the principles behind heat transfer in everyday life.
Lesson 6
Meeting 6:  Part 1:  Periodic Table of Elements
We will embark on a journey through the history and organization of the Periodic Table of Elements. We delve into the contributions of early scientists like Mendeleev and the development of the modern periodic table. Discover the logic behind element placement based on atomic number, electron configuration, and chemical properties. This session lays the groundwork for understanding the structure and trends of elements, fundamental to chemistry studies.
 Week 4
Lesson 7
Meeting 7:  Part 2 - Color Coding the Periodic Table of Elements
We are color-coding the Periodic Table to distinguish between metals, nonmetals, and metalloids. Metals are highlighted showcasing their conductivity and luster. Nonmetals stand out in another color, emphasizing their varied properties like being poor conductors and having diverse physical states. Metalloids, in another color, are showcased for their intermediate properties, bridging the characteristics of metals and nonmetals. This visual aid enhances understanding of element classification.
Lesson 8
Meeting 8:  Pure Substances & Mixtures
Meeting 8 focuses on pure substances and mixtures. We distinguish pure substances with uniform properties from mixtures, which are combinations with varying compositions. Exploring homogeneous and heterogeneous mixtures deepens our grasp of these foundational concepts in chemistry.
 Week 5
Lesson 9
Meeting 9: Making Protein Bites Lab & Historical Models of the Solar System
In Meeting 9, we embark on a dual exploration. First, we dive into the "Making Protein Bites Mixture Lab," where we blend ingredients to create protein bites, investigating mixture properties and ratios. Then, we transition to historical models of the Solar System to see how it has changed over time.
Lesson 10
Meeting 10:  Types of Galaxies
Meeting 10 delves into the fascinating realm of galaxies. We explore the types of galaxies, from spirals with their graceful arms to ellipticals with their spherical shapes, and irregular galaxies with their unique structures. By examining their sizes, compositions, and formations, we gain insights into the vastness and complexity of the universe. 
 Week 6
Lesson 11
Meeting 11:  Small Bodies in the Solar System and Solar & Lunar Eclipse
We venture into the world of small bodies within our Solar System, including asteroids, comets, and meteoroids, exploring their origins and characteristics. Additionally, we explore the captivating phenomena of solar and lunar eclipses, understanding the mechanisms behind these celestial events.
Lesson 12
Meeting 12:  Biomes/Ecosystems & Ecosystem Project (Build a Biome/Ecosystem)
Meeting 12 explores biomes and ecosystems, highlighting their components and interactions. We delve into diverse biome features and initiate the hands-on Ecosystem Project, encouraging deeper ecological understanding through model building.
 Week 7
Lesson 13
Meeting 13:  Energy & Matter in an Ecosystem/Water Cycle & Nitrogen Cycle
Explore the dynamics of energy and matter within ecosystems, examining how they flow and cycle through living and non-living components. Additionally, we explore the essential processes of the water cycle and nitrogen cycle, understanding their roles in sustaining life on Earth. 
Lesson 14
Meeting 14:  Energy & Matter in an Ecosystem/Carbon Cycle
We explore how carbon cycles through the environment, impacting climate and life processes. This session enhances our grasp of ecosystem intricacies and Earth's interconnected systems.
 Week 8
Lesson 15
Meeting 15:  Review Rock Cycle/Relative & Absolute Dating/Law of 
Superposition
Meeting 15 revisits the Rock Cycle, delving into relative and absolute dating techniques for rocks and discussing the Law of Superposition. We explore how these concepts help us understand Earth's geological history and the processes that shape our planet's surface.
Lesson 16
Meeting 16:  Fossils & Radioactive Dating of Fossils & Gummy Bear Lab
We learn about fossils and their role in understanding Earth's history. We delve into radioactive dating methods for fossils, investigating their ages. Plus, we engage in the interactive Gummy Bear Lab, applying scientific methods to study material properties and changes. This session combines paleontology, dating techniques, and hands-on experimentation for a comprehensive scientific experience.
 Week 9
Lesson 17
Meeting 17:  Tectonic Plate Boundaries & the 3 Types of Boundaries
Meeting 17 focuses on tectonic plate boundaries, exploring the three main types: divergent, convergent, and transform boundaries. We delve into the processes and geological features associated with each boundary type, gaining insights into Earth's dynamic crustal movements.
Lesson 18
Meeting 18: Tectonic Plates Role in Earthquakes, Mountain Building & Volcanoes
Understand the pivotal role of tectonic plates in shaping Earth's geology. We explore how plate movements trigger earthquakes, create mountain ranges through collision, and fuel volcanic activity at convergent and divergent boundaries. This session illuminates the dynamic forces that continuously shape our planet's surface.
 Week 10
Lesson 19
Meeting 19:  Types of Volcanoes
Dive into the fascinating world of volcanoes, exploring the different types such as shield, cinder cone, and composite volcanoes. We examine their distinct characteristics, eruption styles, and geological significance, providing a comprehensive understanding of these dynamic geological features.
Lesson 20
Meeting 20:  Inside Volcanoes & Volcanoes (Virtual Field Trip)
Meeting 20 takes us on an immersive journey inside volcanoes through a virtual field trip. We explore the internal structure, magma chambers, and eruption mechanisms of volcanoes. This experience enhances our understanding of volcanic processes and the geology behind these powerful natural phenomena.
 Week 11
Lesson 21
Meeting 21:  Heredity:  DNA vs RNA/Review Punnett Squares
Explore the roles of DNA and RNA in genetic inheritance and how Punnett squares help predict offspring traits based on parental genotypes. This session deepens our understanding of genetic principles and their application in predicting inheritance patterns.
Lesson 22
Meeting 22:  Pedigree Charts & Building DNA Model
In Meeting 22, we delve into pedigree charts to study genetic inheritance patterns, alongside hands-on activities building DNA models. This session combines theoretical understanding with practical application, enhancing our grasp of genetic concepts.
 Week 12
Lesson 23
Meeting 23:  Part 1 - Mitosis & Meiosis and Introduce Final Project
Meeting 23 explores the processes of mitosis and meiosis, crucial for understanding cell division and genetic variation. Additionally, we introduce the Final Project for the course, setting the stage for applying knowledge and creativity in a culminating activity. This session lays the groundwork for deeper exploration of cellular biology and project-based learning.
Lesson 24
Meeting 24:  Part 2 - Mitosis & Meiosis (Cellular Reproduction Foldable)
In Meeting 24, we continue our exploration of cellular reproduction through mitosis and meiosis. Participants engage in creating a Cellular Reproduction Foldable, summarizing key concepts and stages. This hands-on activity reinforces understanding and serves as a visual study aid.
 Week 13
Lesson 25
Meeting 25:  Mutations/Diseases & Biotechnology
We will study mutations and their connection to diseases, alongside an examination of biotechnology applications. We investigate how genetic mutations contribute to illnesses and discuss the role of biotechnology in diagnosis and treatment. This session bridges genetic concepts with real-world applications, fostering a deeper understanding of genetic disorders and innovative medical technologies.
Lesson 26
Meeting 26:  Birds of Prey (Raptors)
Meeting 26 focuses on birds of prey, specifically raptors. We discover their unique characteristics, habitats, and hunting behaviors. This session provides a fascinating glimpse into the world of these majestic birds and their vital roles in ecosystems.
 Week 14
Lesson 27
Meeting 27:  Sea Turtle Adaptations
We will explore the fascinating adaptations of sea turtles. From their streamlined bodies to specialized flipper structures, we delve into how these adaptations help them survive in their marine environments. This session provides a deeper understanding of the incredible evolution and resilience of sea turtles and how humans have impacted their existence.
Lesson 28
Meeting 28:  Work on & Share Final Projects
This culminating lesson is dedicated to working on and sharing the final project in order to showcase knowledge and creativity.  Sharing the project is optional.