A_Force and Motion

• A1_Laws of Motion
• A2_Effects of Forces on Objects
• A3_Natural Forces
• A4_Directions of Forces
• A5_Balanced and Unbalanced Forces
• A6_Balanced and Unbalanced Forces Affecting Motion
• A7_Mass Affecting Force and Acceleration
• A8_Altitude and Wavelength of Waves

B_Electricity and Magnets

• B1_Electricity and Its Sources
• B2_Conductors, Insulators and Circuits
• B3_Static Electricity and Charged Objects
• B4_Magnetic and Non-Magnetic Objects
• B5_Magnetism and Its Applications
• B6_Strengths of Magnetic Forces

C_Energy and Heat Transformation

• C1_Energy Transformation
• C2_Forms of Energy
• C3_Heat Transfer Mechanisms
• C4_Conductors and Insulators

D_Sound and Light Waves

• D1_Introduction To Waves
• D2_Frequency and Amplitude
• D3_Reflection and Refraction
• D4_How Sound and Light Travel

E_Classification of Living Things

• E1_Living and Non-Living Things
• E2_Plants and Animals
• E3_Vertebrates and Invertebrates
• E4_Classification of Vertebrates
• E5_Use Evidence to Classify Vertebrates
• E7_Five Kingdoms

F_Scientific Names

• F1_Common and Scientific Names
• F2_Origins of Scientific Names

G_Plants

• G1_Parts of Plants
• G2_Fruits and Vegetables as Plant Parts
• G3_How do Plants make Food?
• G4_Flower Parts and Their Functions
• G5_Life Cycle of Flowering Plant
• G6_Conifer Life Cycle

H_Animals

• H1_Animal Life Cycle
• H2_Human Organs and Their Functions
• H3_Circulation and Respiration
• H4_Digestion
• H5_Removing Waste
• H6_Perception and Motion

I_Adaptations

• I1_Introduction To Adaptations
• I2_How Organisms Adapt To Their Environments
• I3_Survival Strategies in Different Habitats
• I4_Human Adaptations

J_Traits and Heredity

• J1_What Affects Traits?
• J2_Match Offspring To Parents
• J3_Inherited and Acquired Traits
• J4_Inherited and Acquired Traits: Use Evidence To Support a Statement
• J5_Plant Pedigree Chart
• J6_Animal Pedigree Chart

K_Cells

• K1_Functions of Plant Cell Parts
• K2_Functions of Animal Cell Parts
• K3_Plant Cell Diagram
• K4_Animal Cell Diagram
• K5_Plant Vs Animal Cell

L_Ecosystems and Biodiversity

• L1_Ecosystems and Their Components
• L2_Biotic and Abiotic Factors
• L3_Biodiversity and It's Importance
• L4_Role of Living Organisms in an Ecosystem
• L5_How does Matter Move in FoodChains?
• L6_Food Webs
• L7_Human Impacts on Ecosystem

M_Conservation and Natural Resources

• M1_How can a Community Protect Sea Turtles?
• M2_Evaluate Natural Energy Sources

N_Rocks and Minerals

• N1_Erosion
• N2_Identify Minerals Using Properties
• N3_Identify Rocks Using Properties
• N4_How do Sedimentary Rocks Form?
• N5_Igneous, Sedimentary and Metamorphic Rocks
• N6_How do Rock Layers Form?

O_Fossils

• O1_Introduction To Fossils
• O2_Identify and Classify Fossils
• O3_Compare Fossils To Modern Organisms
• O4_Compare Ancient and Modern Organisms
• O5_Evidence From Fossils in Rock Layers

P_Weather and Climate

• P1_Read a Thermometer
• P2_Compare Temperatures on Thermometers
• P3_Weather Vs Climate
• P4_Weather and Climate Around the World
• P5_Weather or Climate? Cite Text
• P6_Use Climate Data to Make Predictions
• P7_Use Data to Describe Climates
• P8_Water Cycle Diagram

Q_Earth’s Features

• Q1_Earth's Land Features
• Q2_Earth's Land Features Using Satellite Images
• Q3_Water on Earth

R_Earth’s Events

• R1_The Water Cycle
• R2_Importance of Water
• R3_Water Conservation Practices
• R4_Human Impact on Water Cycle
• R5_Earthquakes
• R6_Volcanic Eruptions

S_Astronomy

• S1_Planets In Our Solar System
• S2_Earth's Position
• S3_Phases of Moon
• S4_Stars and Galaxies
• S5_Earth's Rotation and Orbit
• S6_Brightness of Sun and Other Stars

T_Units and Measurement

• T1_Customary Units of Distance
• T2_Metric Units of Distance
• T3_Customary Units of Mass
• T4_Metric Units of Mass
• T5_Customary Units of Volume
• T6_Metric Units of Volume
• T7_Abbreviate Time and Length Units
• T8_Abbreviate Mass and Volume Units