Earth Science 𝘾𝙧𝙚𝙙𝙞𝙩

Earth Science – Term 1 - 4 (sold separately)  This paper and pencil course introduces students to the essential systems and processes that shape our planet and its place in the universe. Topics include Earth’s structure, the rock cycle, weather and climate, natural disasters, and the basics of astronomy. Students will engage with interactive lessons, real-world applications, and hands-on activities to explore how Earth science impacts daily life. Throughout the four terms, students will study the hydrosphere, geosphere, and atmosphere, focusing on how these systems interact and influence global patterns. Additional topics include plate tectonics, the water cycle, energy transfer, and the formation of stars and elements. Students will analyze major environmental events and develop scientific reasoning to explain their causes and effects. By the end of the course, students will have gained a solid understanding of Earth’s systems, an appreciation for the planet’s complexity, and critical thinking skills that support future learning in science and beyond. Click Here for a Sample Chapter! __________________________________________________________________________________ Earth Science Term 1 Table of Contents Chapter 1 – What is Earth Science? 1.1 The Scientific Study of Earth 1.2 Different Branches of Earth Science Astronomy Meteorology Oceanography Geology Environmental Science and Earth Science 1.3 The Importance of Earth Science 1.4 Science as a Process 1.5 Scientific Methods Asking Questions Creating a Hypothesis Testing the Hypothesis Forming Conclusions 1.6 Scientific Measurements and Analysis Precision and Accuracy Errors Observations and Models 1.7 Acceptance of Scientific Ideas Publication and Peer Review Formulating Theories 1.8 Society and Science Written Questions Multiple Choice Fill in the Blanks Chapter 2 – Earth as a System 2.1 Earth's Interior 2.2 Earth as a Magnet 2.3 Earth’s Gravity Weight and Location Weight and Mass 2.4 Energy in Earth’s System Earth’s Energy Budget External and Internal Energy Sources 2.5 Earth-System Science Closed and Open Systems Earth's Four Spheres 2.6 Different Cycles in Earth System Water Cycle Phosphorus Cycle Carbon Cycle Nitrogen Cycle 2.7 Ecology Ecosystems and Balancing Forces Ecological Responses to Change Food Chains and Food Webs Energy Transfer Human Stewardship of the Environment Written Questions Multiple Choice Fill in the Blanks Chapter 3 – Models of the Earth 3.1 Finding Locations on Earth Latitude and Longitude Great Circles Magnetic Declination GPS (Global Positioning System) 3.2 Mapping Earth’s Surface How Maps Are Made Map Projections Reading Maps 3.3 Different Map Types Soil Maps and Surveys Geologic Maps Topographic Maps Other Map Types Written Questions Multiple Choice Fill in the Blanks Chapter 4 – Earth Chemistry 4.1 Matter Properties of Matter 4.2 Elements 4.3 Atoms Atomic Mass Isotopes Atomic Number Atomic Structure Valence Electrons and Periodic Properties 4.4 Combination of Atoms Molecules Chemical Bonds Covalent Bonds Ionic Bonds Mixtures Written Questions Multiple Choice Fill in the Blanks Chapter 5 – Minerals Found in the Earth’s Crust 5.1 Different Types of Minerals Silicate and Non-Silicate Minerals 5.2 Crystalline Structure of Silicate Minerals Framework and Sheet Silicates Chain and Ring Silicates 5.3 Crystalline Structure of Non-Silicate Minerals 5.4 Physical Properties of Minerals Density Crystal Shape Hardness Fracture and Cleavage Luster Streak Color 5.5 Special Properties of Minerals Radioactivity Magnetism Double Refraction Chatoyancy and Asterism Fluorescence and Phosphorescence Written Questions Multiple Choice Fill in the Blanks Chapter 6 – Rocks and the Rock Cycle 6.1 Three Major Rock Types 6.2 The Rock Cycle 6.3 Properties of Rocks Physical Stability Chemical Stability Bowen’s Reaction Series 6.4 The Formation of Magma Partial Melting Fractional Crystallization 6.5 Igneous Rocks Intermediate, Mafic, and Felsic Rocks Textures (Fine-Grained, Coarse-Grained, Porphyritic, Glassy, Vesicular) Structures of Extrusive and Intrusive Rocks 6.6 Metamorphic Rocks How Metamorphic Rocks Are Formed Regional and Contact Metamorphism Classification: Foliated and Non-Foliated Rocks 6.7 Sedimentary Rocks How Sedimentary Rocks Are Formed Clastic Sedimentary Rocks Organic and Chemical Sedimentary Rocks Sedimentary Rock Features (Fossils, Mud Cracks, Ripple Marks, Cross-Beds, Graded Bedding, Stratification) Written Questions Multiple Choice Fill in the Blanks __________________________________________________________________________________ Earth Science Term 2 Table of Contents Chapter 1 – Resources and Energy 1.1 Mineral Resources Types of Minerals: Metallic vs. Nonmetallic Ores: Formation by Water, Contact Metamorphism, and Magma Uses of Mineral Resources 1.2 Renewable Energy Wind Energy Biomass Energy Hydroelectric and Tidal Energy Solar and Geothermal Energy 1.3 Nonrenewable Energy Fossil Fuels: Coal, Petroleum, Natural Gas Nuclear Energy: Fission and Fusion Electricity Generation from Nuclear Power 1.4 Resources and Conservation Environmental Impacts of Mining Mine Reclamation and Regulations Fossil Fuel and Mineral Conservation Water Resource Conservation Written Questions Fill in the Blanks Multiple Choice Questions Chapter 2 – Plate Tectonics 2.1 Continental Drift Wegener’s Hypothesis Evidence: Rocks, Fossils, Climate Mid-Ocean Ridges and Seafloor Spreading Paleomagnetism and Magnetic Symmetry 2.2 Plate Tectonics Theory Lithosphere and Asthenosphere Types of Crust and Plate Composition Volcanoes and Earthquakes at Plate Boundaries 2.3 Plate Boundary Types Divergent, Convergent, and Transform Boundaries Examples: San Andreas Fault, Andes, Himalayas 2.4 Reasons for Plate Motion Mantle Convection Ridge Push Slab Pull Written Questions Fill in the Blanks Multiple Choice Questions Chapter 3 – Deformation of the Crust 3.1 How Rock Deforms Isostasy and Isostatic Adjustments Types of Stress: Compression, Tension, Shear Strain: Brittle vs. Ductile Folds and Faults: Normal, Reverse, Strike-Slip 3.2 The Formation of Mountains Mountain Ranges, Systems, and Belts Volcanic, Dome, Fault-Block, and Folded Mountains Plateaus and Their Relation to Mountains Written Questions Fill in the Blanks Multiple Choice Questions Chapter 4 – Earthquakes 4.1 Where and How Earthquakes Occur Faults and Earthquake Mechanics Elastic Rebound Theory Seismic Waves: P, S, Surface Earthquake Focus, Epicenter, and Depth Interior Layers and Shadow Zones Earthquakes at and Away from Plate Boundaries 4.2 Society and Earthquakes Destruction of Property and Tsunamis Earthquake Prediction: Seismic Gaps, Foreshocks, Rock Changes Forecasting Reliability Written Questions Fill in the Blanks Multiple Choice Questions Chapter 5 – Volcanoes 5.1 Plate Tectonics and Volcanoes Magma Formation and Plate Boundaries Intrusive Activity and Pluton Formation Volcanic Zones: Subduction, Ridges, and Hot Spots 5.2 Volcanic Eruptions Magma Composition and Viscosity Types of Lava and Pyroclastic Material Types of Volcanoes: Shield, Composite, Cinder Cone Calderas and Volcanic Hazards Predicting Eruptions: Seismic, Deformation, Gas Written Questions Fill in the Blanks Multiple Choice Questions   Earth Science Term 3 Table of Contents Chapter 1: Weathering Key Topics: Chemical & Mechanical Weathering Agents of Weathering Weathering Rates Human Impact on Weathering Written Questions:  Fill in the Blanks: Multiple Choice Questions: Chapter 2: Soil Erosion Key Topics: Soil Formation & Horizons Types of Soil (Pedalfer, Pedocal, Laterite) Topography & Climate Influence Erosion Types: Sheet, Gullying Soil Conservation Methods Written Questions Fill in the Blanks: Multiple Choice Questions: Chapter 3: The River Systems Key Topics: The Water Cycle & Budget River System Components Erosion, Discharge, Load Braided & Meandering Streams Floodplains, Deltas, Alluvial Fans Flood Control & Lake Life Cycle Written Questions  Fill in the Blanks Multiple Choice Questions Chapter 4: Glaciers Key Topics: Glacier Formation & Types Glacier Movement: Internal Flow, Basal Slip Erosion: Cirques, Arêtes, Horns, U-Shaped Valleys Deposition: Moraines, Drumlins, Eskers, Kettles Great Lakes & Salt Lake Formation Written Questions Fill in the Blanks Multiple Choice Questions Chapter 5: Erosion through Wind and Waves Key Topics: Wind Erosion & Deposition (Loess, Dunes, Ventifacts) Dune Types and Migration Wave Erosion (Sea Cliffs, Arches, Stacks) Coastal Deposition (Beaches, Spits, Barrier Islands) Sea Level Changes: Absolute vs. Relative Coastal Protection & Pollution Written Questions Fill in the Blanks Multiple Choice Questions Chapter 6: The Ocean Basins Key Topics: Global Oceans & Oceanography History Sonar & Submersibles Ocean Floor Features (Ridges, Trenches, Plains) Sediment Types: Biogenic, Chemical, Inorganic Deep-Sea Ecosystems Written Questions Fill in the Blanks Multiple Choice Questions __________________________________________________________________________________ Earth Science – Term 4 Table of Contents Chapter 1: Movements of the Ocean 1.1 Ocean Currents 1.2 Ocean Waves 1.3 Tides 1.4 Written Questions 1.5 Fill in the Blanks 1.6 Multiple Choice Questions Chapter 2: The Atmosphere 2.1 Characteristics of the Atmosphere 2.2 The Atmosphere and Solar Energy 2.3 Atmospheric Circulation 2.4 Written Questions 2.5 Fill in the Blanks 2.6 Multiple Choice Questions Chapter 3: Water in the Atmosphere 3.1 Atmospheric Moisture 3.2 Clouds 3.3 Written Questions 3.4 Fill in the Blanks 3.5 Multiple Choice Questions Chapter 4: Weather 4.1 Air Masses 4.2 Weather Instruments 4.3 Weather Forecasting 4.4 Weather Control 4.5 Written Questions 4.6 Fill in the Blanks 4.7 Multiple Choice Questions