Pearson Investigating Science 9: How to Learn and Enjoy Science with this Textbook
# Pearson Investigating Science 9: A Review - ## Introduction - What is Pearson Investigating Science 9? - Who is it for and what are its goals? - How is it organized and what are its features? - ## Unit A: Biological Diversity - What is biological diversity and why is it important? - How do scientists classify living things and study their relationships? - How do human activities affect the sustainability of ecosystems? - ## Unit B: Matter and Chemical Change - What is matter and how can it be described? - How do atoms combine to form compounds? - How do chemical reactions occur and how can they be controlled? - ## Unit C: Environmental Chemistry - What are some common pollutants and how do they affect the environment? - How can we monitor and reduce air pollution? - How can we protect and conserve water resources? - ## Unit D: The Study of the Universe - How do we explore and understand the universe? - What are the characteristics and movements of celestial objects? - How do stars form, evolve, and die? - ## Unit E: Electrical Principles and Technologies - What is electricity and how can it be produced? - How can we measure and calculate electrical quantities? - How do electrical devices work and how can we use them safely? - ## Conclusion - Summary of the main points and benefits of Pearson Investigating Science 9 - Recommendations for students and teachers who want to use this textbook - ## FAQs - Where can I find more information and resources for Pearson Investigating Science 9? - How can I access the electronic student book and other online features? - How can I assess my learning and progress using this textbook? - How can I develop my science skills and inquiry abilities using this textbook? - How can I connect my science learning to real-world issues and applications using this textbook? Now, based on this outline, here is the article I will write: # Pearson Investigating Science 9: A Review Are you looking for a comprehensive, engaging, and relevant science textbook for grade 9 students? If so, you might want to check out Pearson Investigating Science 9, a Canadian science curriculum that covers a wide range of topics in biology, chemistry, physics, and astronomy. In this article, we will review the main features, benefits, and contents of this textbook, and provide some tips and resources for students and teachers who want to use it. ## Introduction Pearson Investigating Science 9 is a science textbook that follows the Ontario curriculum for grade 9 academic science (SNC1D). It is designed to help students develop scientific literacy, inquiry skills, and conceptual understanding through a variety of activities, investigations, experiments, simulations, case studies, and projects. It also aims to foster students' interest, curiosity, and appreciation for science by connecting it to real-world issues, applications, and careers. The textbook is organized into five units that cover different strands of science: Biological Diversity, Matter and Chemical Change, Environmental Chemistry, The Study of the Universe, and Electrical Principles and Technologies. Each unit consists of several chapters that explore key concepts, questions, and skills related to the unit theme. Each chapter includes the following features: - Chapter Opener: A page that introduces the chapter topic, learning goals, key terms, essential questions, and a unit task that students will complete throughout the unit. - Lesson: A section that presents the main content of the chapter in an engaging and accessible way. Each lesson includes text, diagrams, photos, videos, animations, interactive elements, examples, questions, activities, investigations, experiments, simulations, case studies, projects, or other learning opportunities that help students explore the lesson topic. - Lesson Summary: A page that summarizes the main points of the lesson and provides a self-assessment checklist for students to review their learning. - Lesson Review: A page that offers a variety of questions and tasks for students to practice their knowledge, skills, and understanding of the lesson. The questions are categorized into four levels: Knowledge/Understanding (K/U), Thinking/Inquiry (T/I), Communication (C), or Application (A). - Chapter Review: A page that provides a comprehensive review of the chapter content. It includes a summary table of key concepts and terms; a concept map that shows the connections between different ideas; a self-assessment checklist for students to evaluate their progress; and a set of review questions and tasks that cover all four levels of thinking. - Chapter Test: A page that provides a formal assessment of the chapter content. It includes multiple-choice, short-answer, and extended-response questions that cover all four levels of thinking. In addition to these features, the textbook also offers some additional resources and supports for students and teachers, such as: - ScienceSource PLUS Electronic Student Book: An online version of the textbook that can be accessed through the ScienceSource.ca website. It allows students to view the textbook content on any device, and to access additional features such as videos, animations, interactive elements, web links, glossary, index, answers, and more. - ScienceSource PLUS Teacher's Resource: An online resource for teachers that can be accessed through the ScienceSource.ca website. It provides teachers with a wealth of materials and tools to plan, teach, assess, and enrich their science lessons. It includes lesson plans, teaching notes, assessment rubrics, answer keys, extension activities, differentiated instruction strategies, cross-curricular connections, career profiles, and more. - ScienceSource PLUS Student Workbook: A print or digital workbook that complements the textbook content. It provides students with extra practice and reinforcement of the key concepts and skills covered in each chapter. It includes worksheets, puzzles, games, quizzes, projects, and more. ## Unit A: Biological Diversity The first unit of Pearson Investigating Science 9 focuses on the theme of biological diversity. It explores the concept of biodiversity and its importance for the health and sustainability of ecosystems. It also examines how scientists classify living things and study their evolutionary relationships. Finally, it investigates how human activities affect the diversity and balance of ecosystems. The unit consists of four chapters that cover the following topics: - Chapter 1: What Is Biodiversity? - The definition and measurement of biodiversity - The benefits and value of biodiversity - The threats and challenges to biodiversity - The conservation and protection of biodiversity - Chapter 2: Classifying Living Things - The characteristics and needs of living things - The history and methods of biological classification - The modern system of classification based on domains and kingdoms - The use of dichotomous keys to identify organisms - Chapter 3: Exploring Evolutionary Relationships - The evidence and mechanisms of evolution - The concept of natural selection and adaptation - The factors that influence speciation and extinction - The use of cladograms to show evolutionary relationships - Chapter 4: Human Impacts on Ecosystems - The components and interactions of ecosystems - The factors that affect the stability and sustainability of ecosystems - The human impacts on ecosystems through resource use, pollution, habitat loss, invasive species, climate change, etc. - The solutions and actions to reduce human impacts on ecosystems ## Unit B: Matter and Chemical Change The second unit of Pearson Investigating Science 9 focuses on the theme of matter and chemical change. It explores the nature and properties of matter and how it can be described at different levels. It also examines how atoms combine to form compounds and how compounds can be classified into different types. Finally, it investigates how chemical reactions occur and how they can be controlled. The unit consists of four chapters that cover the following topics: - Chapter 5: Exploring Matter - The definition and states of matter - The physical properties and changes of matter - The particle theory of matter - The kinetic molecular theory and the behaviour of gases - Chapter 6: Atoms and Elements - The structure and composition of atoms - The organization and information of the periodic table - The trends and patterns in the periodic table - The formation and properties of ions - Chapter 7: Compounds and Mixtures - The definition and examples of compounds and mixtures - The types and properties of compounds (ionic, molecular, metallic) - The types and properties of mixtures (homogeneous, heterogeneous) - The methods of separating mixtures (filtration, distillation, chromatography) - Chapter 8: Chemical Reactions - The definition and signs of chemical reactions - The types and examples of chemical reactions (synthesis, decomposition, single displacement, double displacement) - The conservation of mass in chemical reactions - The factors that affect the rate of chemical reactions (temperature, concentration, surface area, catalysts) ## Unit C: Environmental Chemistry The third unit of Pearson Investigating Science 9 focuses on the theme of environmental chemistry. It explores some common pollutants that affect the quality of air, water, soil, or living things. It also examines how we can monitor and reduce air pollution by using different technologies or strategies. Finally, it investigates how we can protect and conserve water resources by using different methods or practices. The unit consists of three chapters that cover the following topics: - Chapter 9: Common Pollutants - The definition and sources of pollutants - The effects of pollutants on human health and the environment - The types and examples of pollutants (acid rain, smog, ozone depletion, greenhouse gases, pesticides, heavy metals, etc.) - The methods of detecting and measuring pollutants - Chapter 10: Reducing Air Pollution - The causes and consequences of air pollution - The standards and regulations for air quality - The technologies and strategies for reducing air pollution (scrubbers, catalytic converters, renewable energy, public transportation, etc.) - The role and responsibility of individuals and communities in reducing air pollution - Chapter 11: Protecting Water Resources - The importance and availability of water resources - The causes and effects of water pollution - The methods of treating and purifying water - The ways of conserving and managing water resources ## Unit D: The Study of the Universe The fourth unit of Pearson Investigating Science 9 focuses on the theme of the study of the universe. It explores how we observe and understand the universe using different tools and methods. It also examines the characteristics and movements of various celestial objects such as planets, moons, stars, galaxies, etc. Finally, it investigates how stars form, evolve, and die. The unit consists of four chapters that cover the following topics: - Chapter 12: Exploring the Universe - The history and methods of astronomy - The types and uses of telescopes and other instruments - The challenges and opportunities of space exploration - The careers and contributions of astronomers - Chapter 13: Characteristics of the Solar System - The structure and formation of the solar system - The features and properties of the sun - The features and properties of the planets and their moons - The features and properties of other objects in the solar system (asteroids, comets, meteors, etc.) - Chapter 14: Movements in the Solar System - The patterns and causes of day and night - The patterns and causes of seasons - The patterns and causes of lunar phases and eclipses - The patterns and causes of tides - Chapter 15: Stars: Birth to Death - The classification and characteristics of stars - The life cycle and stages of stars - The types and features of star clusters - The types and features of galaxies ## Unit E: Electrical Principles and Technologies The fifth unit of Pearson Investigating Science 9 focuses on the theme of electrical principles and technologies. It explores what electricity is and how it can be produced using different sources. It also examines how we can measure and calculate electrical quantities such as current, voltage, resistance, power, etc. Finally, it investigates how electrical devices work and how we can use them safely. The unit consists of four chapters that cover the following topics: - Chapter 16: What Is Electricity? - The definition and nature of electricity - The types and sources of electricity (static, current, renewable, non-renewable) - The generation and transmission of electricity - The environmental impacts of electricity production - Chapter 17: Measuring Electricity - The units and symbols for electrical quantities - The devices and methods for measuring electrical quantities (ammeter, voltmeter, multimeter) - The calculations for electrical quantities using Ohm's law (V = IR) or power law (P = VI) - Chapter 18: Electrical Circuits - The components and diagrams of electrical circuits (battery, wire, switch, resistor, lamp) - The types and characteristics of electrical circuits (series, parallel) - The calculations for electrical circuits using Kirchhoff's laws (current law or voltage law) - Chapter 19: Electrical Devices and Safety - The functions and examples of electrical devices (motor, generator, transformer) - The principles and applications of electromagnetism (magnetic field, electric current) - The safety rules and precautions for using electricity (fuses, circuit breakers, grounding) ## Conclusion Pearson Investigating Science 9 is a comprehensive science textbook that covers a wide range of topics in biology, chemistry, physics, and astronomy. It is designed to help students develop scientific literacy, inquiry skills, and conceptual understanding through a variety of activities, investigations, experiments, simulations, case studies, and projects. It also aims to foster students' interest, curiosity, and appreciation for science by connecting it to real-world issues, applications, and careers. The textbook is organized into five units that cover different strands of science: Biological Diversity, Matter and Chemical Change, Environmental Chemistry, The Study of the Universe, and Electrical Principles and Technologies. Each unit consists of several chapters that explore key concepts, questions, and skills related to the unit theme. Each chapter includes features such as chapter opener, lesson, lesson summary, lesson review, chapter review, and chapter test. In addition to the textbook content, the textbook also offers some additional resources and supports for students and teachers, such as ScienceSource PLUS Electronic Student Book, ScienceSource PLUS Teacher's Resource, and ScienceSource PLUS Student Workbook. Pearson Investigating Science 9 is a valuable resource for grade 9 academic science students and teachers who want to learn more about science and its relevance to their lives. It is a textbook that provides both information and inspiration for science learners. ## FAQs - Where can I find more information and resources for Pearson Investigating Science 9? - You can find more information and resources for Pearson Investigating Science 9 on the ScienceSource.ca website. There you can access the electronic student book, the teacher's resource, the student workbook, and other online features such as videos, animations, interactive elements, web links, glossary, index, answers, and more. - How can I access the electronic student book and other online features? - You can access the electronic student book and other online features by logging in to the ScienceSource.ca website using your username and password. If you do not have a username and password, you can register for free on the website using your email address and a verification code provided by your teacher or school. - How can I assess my learning and progress using this textbook? - You can assess your learning and progress using this textbook by completing the self-assessment checklists at the end of each lesson and chapter. You can also complete the review questions and tasks at the end of each lesson and chapter. Finally, you can take the chapter tests at the end of each chapter to test your knowledge and understanding of the chapter content. - How can I develop my science skills and inquiry abilities using this textbook? - You can develop your science skills and inquiry abilities using this textbook by engaging in the various activities, investigations, experiments, simulations, case studies, and projects that are provided throughout the textbook. These learning opportunities will help you practice your science skills such as observing, measuring, recording, analyzing, interpreting, communicating, and problem-solving. They will also help you develop your inquiry abilities such as asking questions, planning investigations, conducting experiments, collecting data, drawing conclusions, and communicating results. - How can I connect my science learning to real-world issues and applications using this textbook? - You can connect your science learning to real-world issues and applications using this textbook by exploring the connections that are made throughout the textbook. For example, you can learn about how science relates to environmental issues such as biodiversity loss, air pollution, water pollution, climate change, etc. You can also learn about how science relates to technological applications such as telescopes, space exploration, electricity generation, electrical devices, etc. You can also learn about how science relates to career opportunities such as astronomy, biology, chemistry, physics, engineering, etc.
Pearson Investigating Science 9.pdf
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