High School Block:

Science 10

Learners enrolled in Science 10: Science for Sustainable Societies will consider the roles science and technology play in their lives and communities. Throughout the course, learners examine how scientific concepts and theories are applied to sustain the environment and natural resources we chemically transform.

The connections that exist between matter and energy are explored through systems thinking. Systems thinking helps learners determine ways to connect chemical reactions to planetary cycles, and to weave core concepts into sustainability discourse. Using systems thinking to consider the complex interplay of chemical processes with scientific, societal, and environmental systems provide learners with critical knowledge required for other high school science courses.

Through investigations learners will examine how matter is transformed into the products and technologies they use daily, how this matter flows through society, and explore emerging theories in sustainability and energy production. Learners gain deeper understandings of the complexities of societal development, apply critical analysis skills to design solutions for problems in their community, and connect their learning to Sustainable Development Goals.

It is strongly recommended that learners take Science 10: Science for Sustainable Societies before taking Grade 11 or 12 science courses.

CONTEXTS AND CONCEPTS

Scientific Literacy

Power, Work, & Energy

  • Stores of energy and pathways
  • Types of energy
  • 1st Law of Thermodynamics

Electricity and Electrification

  • Static electricity
  • Electric circuits
  • Electrification

Nuclear Technology

  • Physical, chemical, and nuclear changes
  • Atom theory and model of the atom
  • The Periodic Table of Elements
  • Radiation

Chemistry Foundations

  • Classification of matter
  • Chemical bonding
  • Chemical changes in matter
  • Models
  • Quantitative aspects of chemical change
Learning and Living Sustainably (STSE)

Safety

  • Knowledge and application of safety guidelines
  • Safe use of chemicals

Sustainability

  • Electricity and electrification
  • Contemporary chemistry

Applied Technology

  • Design challenge
GRADE 10

Strand: Scientific Literacy

Big Idea: Investigation

Skill Descriptor: Examine questions about relationships between and among observable variables to plan investigations.

Global Competencies: CL, CM, CTPS, ICE, SASM

Achievement Indicators:

  • Formulate a hypothesis using, if, then, because based on understandings and/or research
  • Identify major variable(s) to be controlled
  • Define design problems that involve the development of a process or a system with interacting components
  • Propose alternative solutions to a given problem and develop a plan
  • Select methods for collecting data and information which support the investigation
  • Construct models to make testable predictions based on scientific evidence
  • Respond to the ideas of others and acknowledge their contributions

Skill Descriptor: Collect and represent accurate data using appropriate tools and methods.

Global Competencies: CTPS, ICE, SASM

Achievement Indicators:

  • Conduct investigation, fieldwork, laboratory experiment or technological design solution to collect reliable data
  • Assess risk associated with applied investigation methods
  • Assess ethical issues associated with applied investigation methods
  • Use instruments to collect accurate data
  • Organize data using a form that is appropriate to the task or investigation
  • Develop a classification key for data

Big Idea: Sensemaking

Skill Descriptor: Analyze and interpret qualitative and quantitative data to construct explanations and conclusions.

Global Competencies: CM, CTPS, ICE

Achievement Indicators:

  • Analyze patterns and trends in data, including describing relationships between variables, and identifying inconsistencies
  • Justify reasonable amounts of error in measurements, identifying outliers
  • Describe specific ways to improve the quality of data
  • Evaluate potential application of findings
  • Test the design of constructed devices or systems
  • Identify and correct practical problems in the way a prototype or constructed device functions
  • Evaluate design or prototypes in terms of function reliability, safety, use of materials and impact on the environment
  • Identify new questions and problems that arise from what was learned

Big Idea: Communication

Skill Descriptor: Develop scientific collaborative skills during investigations to communicate conclusions supported by data.

Global Competencies: CL, CM, CTPS, ICE, SASM

Achievement Indicators:

  • State a logical conclusion that supports, refutes, or includes the hypothesis
  • Compare findings and address variation (if applicable)
  • Discuss a given position on an issue or problem based on findings
  • Evaluate results in relation to other models, products, and knowledge
  • Communicate scientific and technological ideas and information for a purpose
  • Use appropriate scientific and technological language, conventions, and representations
  • Work with team members to develop and carry out a plan

Strand: Learning and Living Sustainably

Big Idea: Relationships between Science and Technology

Skill Descriptor: Apply scientific and technological knowledge and understanding of sustainable practices.

Global Competencies: CTPS, ICE, SASM, SGC

Achievement Indicators:

  • Discuss factors that support responsible and sustainable application of scientific and technological knowledge
  • Apply knowledge of sustainable practices
  • Conduct science experiment or field investigation while following environmentally sustainable practices
  • Research how policies influence the development of energy production
  • Apply measures to increase energy efficiency in own zone of influence
  • Evaluate resilience of various forms of electrical infrastructure development
  • Examine power relations and analyze how and why Western perspectives tend to get privileged over Indigenous perspectives
  • Research the impact of resource extraction on the environment, peoples, and politics in African countries

Skill Descriptor: Apply an iterative process to challenges related to sustainable development goals.

Global Competencies: CL, CM, CTPS, ICE, SASM, SGC

Achievement Indicators:

  • Identify a community-based challenge connected to at least two sustainable development goals
  • Identify opportunities for sustainable, resilient, and inclusive infrastructure in own community
  • Describe environmental impacts and issues of energy prediction, supply, and usage
  • Identify effects of the chosen solution on people and the environment considering criteria
  • Research how the degradation of the natural environment impacts Indigenous Peoples around the world and research an action to mitigate it

Big Idea: Responsible Application and Sustainable Practice

Skill Descriptor: Model safety practices.

Global Competencies: CL, CM, CTPS, SASM

Achievement Indicators:

  • Safely use tools to build a model/prototype
  • Identify behaviours that will keep self and others safe
  • Safely use equipment while carrying out an inquiry
  • Handle and dispose of materials according to WHMIS standards

Skill Descriptor: Investigate careers in science.

Global Competencies: CM, CTPS, SASM

Achievement Indicators:

  • Research science- technology-based careers in Canada based on own interests
  • Research African innovation in STEM
  • Discuss technical training, mentorship, and/or apprenticeship programs for green jobs
  • Discuss career planning for transition to a low-carbon economy
  • Discuss how science education may impact own career path