April 2024

Physical Science Reading Comprehension Passages and Questions, Google, Science DBQ, Close Reading | NGSS ScienceTextbook Replacement | Science No Prep Activities | All Original Readings | Science Reading Comprehension Passages and Questions

Are you looking for ways to engage students in reading content? Are you looking for resources to practice using document based questions? These Physical Science DBQs and Close Reading Activities are in both Print & Google versions for Google Classroom. Each set includes original reading passages and charts to have students analyze key content.

Also part of PHYSICAL SCIENCE BUNDLE, and NGSS BUNDLE.
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INCLUDED:

Scientific & Engineering Practices Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Investigate Like a Scientist
Best Science Practices
Asking Questions and Defining Problems
Developing and Using Models
Investigations
Tools for Investigations
Analyzing and Interpreting Data
Using Math and Computation Thinking
Constructing Explanations and Designing Solutions
Engaging in Argument & Backing Up with Evidence
Presenting Information
Science Lab Safety
Analyzing Data
Using 5 Senses to Make Observations
Scientific Math
Graphing Dependent and Independent Variables
Engineering by Design Practices

Matter Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Matter Around Us
Ways to Classify Matter
Ways to Measure Matter
Volume & Density
States of Matter & Phase Transitions
Properties of Matter
Particle Theory of Matter
The Water Cycle & Matter
Mixtures & Solutions
Elements, Compounds, Mixtures
Physical and Chemical Properties
Law of Conservation of Mass
Chemical Changes
Physical Changes
Balancing Chemical Equations
Matter in the World Around Us

The Water Cycle Textbook Replacement Readings

The Water Cycle
The Hydrosphere
States of the Water Cycle
Water Cycle in the Atmosphere
States of the Water Cycle
Water Pollution

Atoms, Elements, Compounds, Reactions Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Atoms
Protons, Neutrons, Electrons
Atomic Structure
Electron Cloud
Definition of Elements
Periodic Table
Periods, Groups, Columns, Rows
Atomic Mass
Isotopes
Ion Formation
Ionic Compounds
Ion Naming and Ionic Bonding
Electron Configuration
Valence Electrons
Atoms & The Periodic Table
Physical & Chemical Properties of Matter
Law of Conservation of Matter
Compounds and Chemical Formulas
Chemical Reactions
Conservation of Mass
Types of Chemical Reactions
Balancing Chemical Questions
Properties of Compounds
Rate of Chemical Reactions
Endothermic & Exothermic

Forces & Motions Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Introduction to Forces
Types of Forces
Gravity
Gravitational Force
Friction and Applied Forces
Newton’s Laws of Motion
Predicting Directions
Balanced & Unbalanced Forces
Dependent & Independent Variables
Momentum
Motion & Velocity
Velocity & Speed
Conservation of Energy

Simple Machines (Work, Power, Efficiency) Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Simple Machines
Common Simple Machines
Simple Machines & Friction
Types of Levers & Advantages
Types of Pulleys & Advantages
Types of Wheels & Axles & Advantages
Types of Inclined Planes & Advantages
Types of Wedges & Screws & Advantages
Work, Power, Efficiency
Potential & Kinetic Energy
Conservation of Energy

Properties of Energy Textbook Replacement Readings

Energy Types Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Energy
Forms of Energy
Kinetic Energy
Potential Energy
Energy Transfer & Transformation
Thermal Energy
Heat Transfer
Chemical Energy
Electrical Energy
Light Energy
Sound Energy
Energy Origination
Conservation of Energy
Energy in Everyday Life
Energy Transformations and Transfers
Alternative Energy Sources

Electricity Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Introduction to Electricity
Electricity and Energy
How Electricity is Produced
Electrical Flow
Electrical Circuits
Conductors & Insulators
AC v. DC
Series & Parallel Circuits
Electrical Measurements
Voltage, Current, & Resistance
Generators
Electric Power & Energy
Electrical Safety
Electrical Devices & Technologies
Renewable Energy
History of Electricity
Cultural Impact of Electricity

Waves (Sound Waves, Light Waves, Heat Waves) Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Introduction to Waves
Wave Terminology
Types of Waves
Parts of Transverse Wave
Wave Characteristics
Properties of Sound Waves
Sound Wave Interactions
Light Energy Waves
Travel Light Waves
Law of Reflection & Refraction
Lenses
Electromagnetic Spectrum
Interactions of Light Waves
Visible Light
Wavelength of Color
Thermal Energy
Heat Waves
Conduction, Radiation, Convection
Infrared Radiation

Energy Use and Renewal Textbook Replacement Readings

Teaching Suggestions
Engineering by Design Graphic Organizers
Energy Sources
Renewable Energy Sources
Fossil Fuels
Alternative Energy Sources
Energy Consumption & Efficiency
Pollution
Air & Water Pollution
Conserving Earth’s Resources
Renewable Energy Technologies
Sustainable Energy Practices
Reuse, Reduce, Recycle
Impact of Energy Overuse
Population Growth & Carrying Capacity
Habitat Destruction
Climate Change
Global Warming

Perfect for:

Common Core support in any content area classroom.
Background Information: Clear, concise background information.
Test Prep: Reading and summaries to review key content.
TEST REVIEW: Document based questions/reading practice. DBQs
Lesson Planning: Use this packet to guide your lesson planning and ensure you include primary source reading and writing, which are common core skills.
Substitute Lessons (No Prep): Zero prep substitute lessons that guide students through key content and reading practice.
Bellwork or Ticket Out: Great to begin or end a lesson.
Homework: Great homework readings to trigger content knowledge and reading practice.

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Teacher Tips for Teaching World Geography: Economic, Social, Cultural, Political, and Physical Characteristics

World History Curriculum-Home School- GeographyTeachers

Are you a World Geography Teacher trying to understand the standards, determine what to focus on, or just want a quick reference overview of key concepts sent to your email weekly?

SIGN UP NOW for World Geography teacher tips, quick references, and free materials.

As a world geography teacher it is important to understand the fundamental concepts of teaching World Geography and how to intertwine these concepts into your daily lessons.

SIGN UP NOW for World Geography teacher tips, quick references, and free materials.

World Geography Focus #1: Describing the economic, social, cultural, political, and physical characteristics of countries, nations, and world regions involves examining a broad range of factors that define and influence each area. These aspects are crucial in understanding the complexity of different regions and how they interact on a global scale. Membership for World Geography

When teaching these concepts you should include the following.
1. Economic Characteristics

GDP and Economic Structure: The gross domestic product (GDP) of a region, its economic sectors (agriculture, industry, services), and its level of economic development.
Trade: Major exports and imports, trade partners, and economic dependencies.
Employment: Key industries, employment rates, and typical working conditions.
Innovation and Technology: The presence of technological infrastructure, innovation hubs, and technological adoption.

2. Social Characteristics

Population: Size, growth rates, and density of the population.
Social Structure: Class structure, roles of families and communities, and social mobility.
Health: Public health metrics, healthcare access, and prevalent diseases.
Education: Educational systems, literacy rates, and educational attainment.

3. Cultural Characteristics

Languages: Predominant languages spoken and linguistic diversity.
Religions: Major religions and the role of religion in society.
Traditions and Customs: Important cultural practices, holidays, and national symbols.
Arts and Literature: Key contributions to arts, music, literature, and popular culture.

4. Political Characteristics

Government Type: Democracy, monarchy, authoritarian regime, etc.
Political Stability and Policies: Level of political stability, significant domestic policies, and public opinion.
International Relations: Diplomatic relationships, memberships in international organizations, and geopolitical influence.
Legal System: The rule of law, legal traditions, and human rights records.

5. Physical Characteristics

Geography: Major landforms like mountains, rivers, lakes, and plains.
Climate: Climate zones, typical weather patterns, and environmental issues.
Biodiversity: Flora and fauna, protected areas, and ecological significance.
Natural Resources: Availability of natural resources such as minerals, oil, forests, and water.

These characteristics help define the identity and functionality of regions and are essential for comparative geography, international relations, and global education. For educators, understanding these dimensions facilitates the teaching of a holistic view of world geography, helping students appreciate the diversity and interconnectedness of the world. Membership for World Geography

My Curriculum Materials are Available in a Membership for World Geography: