TVO Learn is designed to meet each student where they are on their learning journey. Learning Activities are comprehensive and require guided instruction from an adult, while Resources for Learning, Apply the Learning prompts and Vocabulary lists work well to reinforce specific skills or to enable independent exploration of a subject. Use these helpful tips to get the most from TVO Learn.
How to Use These Resources
Curriculum Overview
Science is a way of knowing which seeks to describe and explain the natural and physical world. An important aspect is making connections between skills and concepts, and the practical applications of science and technology, and learning about life systems, matter and energy, structures and mechanisms, and Earth and space systems. Students develop important scientific literacy and technological skills that will enable them to thrive in today's rapidly changing world, their future professional and personal lives, and to become active problem solvers in their communities. As students engage in STEM education, they develop transferrable skills that they need to meet the demands of today's global economy and society, and to become scientifically and technologically literate citizens.
The science and technology curriculum is divided into five strands:
- STEM Skills and Connections
- Life Systems: Habitats and Communities
- Matter and Energy: Light and Sound
- Structures and Mechanisms: Machines and Their Mechanisms
- Earth and Space Systems: Rocks, Minerals, and Geological Processes
Interested in learning more? View Curriculum
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Learning Activities
Learning Activities provide opportunity for deeper exploration of a subject. Learning Activities provide opportunity for deeper exploration of a subject. Organized by grade and topic (or strand), students should be guided through each Learning Activity by an adult. Before clicking on a topic to prepare for or begin this guided instruction, be sure to read these helpful tips about how to get the most out of TVO Learn.
To access this learning activity, please visit this page in a desktop or tablet browser.
Resources for Learning
Chosen by TVO educators, these resources support the curriculum outlined above. Review the below list of options along with the activities. Then, read, watch, listen or play to build understanding and knowledge.
Please be aware by accessing the resources below you will be leaving TVO Learn and entering other TVO domains that are subject to different privacy policies and terms of use.
Complete the suggested activities using these resources and other TVO resources.
Life Systems
Leo's Fisheads | Leo's FishFinders Game
Play Leo's FishFinders as a member of the FishHeads Explorer Club and help Leo to save our native fish and lakes, rivers, and oceans! Through hands-on learning, F-ishHeads will tag native fish species and net up invasive species to protect our fin-tastic waters. See if you can collect all the fish in your Fish Journal! In this game, help Leo tag the lake trout and recycle the trash.
Play game on TVOkids.comLife Systems
Power Hour of Learning | FOOD - You Are What You Eat!
Join teacher Andrea explore science and the importance of food and plants in our everyday lives. Learn what factors plants need to grow: water, sun, air, nutrients from soil, and space to grow. Learn all about Food Chains and classify organisms, including humans, according to their role in a food chain (e.g., producer, consumer, decomposer). Explore where food comes from, and where you can purchase food at grocery stores and restaurants. Remember YOU ARE WHAT YOU EAT!
Watch on TVOkids.comMatter and Energy
Homework Zone | How Sound Moves
A hands-on lesson on the many ways that sound travels from Teacher Aldo.
Watch on TVOkids.comMatter and Energy
Power Hour of Learning | Can you Hear Me now?
Join Mr. de Man and his pal Rosco as they teach us all about sound. How sound is created, how we can amplify and manipulate it, how different musical instruments create it, and how the human auditory system can turn air vibrations into messages our brains can understand.
Watch on TVOkids.comMatter and Energy
Power Hour of learning | Light and Sound
Join teacher Andrea as we explore the science concepts of light and sound in action. We will conduct science demonstrations and experiments exploring, ‘What is light?’ and ‘What is sound?’. Learn science definitions opaque, translucent, transparent and how to use the PEOE Model (predict, explain, observe, explain) to predict, explain, and observe while conducting the science demonstrations.
Watch on TVOkids.comSTEM Skills and Connections
TVO Learn mPower | STEM 4: Wildlife Crossing
Demonstrate an understanding of habitats and communities and the relationships among the plants and animals that live in them. Design and test an animal crossing to protect the paths of local wildlife.
Play game on mPower.tvo.org (Registration or login required)STEM Skills and Connections
TVO Learn mPower | STEM 4: Sound School
Demonstrate an understanding of light and sound as forms of energy that have specific characteristics and properties. Design and test a soundstage by applying the properties of sound to disperse sound evenly using absorption and reflection.
Play game on mPower.tvo.org (Registration or login required)STEM Skills and Connections
TVO Learn mPower | STEM 4: Scene Machine
Demonstrate an understanding of the basic principles and functions of pulley systems and gear systems. Design and test a stage production using pulley and gear systems to lift, rotate, and move props on stage.
Play game on mPower.tvo.org (Registration or login required)
Apply the Learning
Choose from the following to consolidate learning across all curriculum strands.
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Create a living habitat containing a community and record changes over time while practicing safe handling of materials. What factors do you need to consider when setting up your habitat (e.g., location for container; creating the right climate, light, and humidity)? What equipment and materials (e.g., a container of the correct size, appropriate plant material and/or animals) will you need to create a habitat that meets the needs of the community it supports? What did you learn from your initial observations about meeting the needs of living things? What modifications, based on your observations, need to be made to keep the habitat healthy?
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Create a media product (poster, presentation, video) of an example of a food chain.
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Design, build, and test a pulley or gear system that performs a specific task. For example, a flag post, elevator or drawbridge.
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Research a pulley or gear system that is used in daily life and assess the impacts whether positive or negative. For example: escalator, elevator, cars. What is their purpose?
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Create a song or short drama presentation for younger students that will alert them to the dangers of exposure to intense light and sound.
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Make a list of objects that emit their own light in contrast with those that reflect light from other sources.
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Research devices that use the properties of light and sound. For example, a microscope or microphone.
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Create a poster about different igneous, sedimentary and metamorphic rocks and research how each is formed.
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Investigate the impacts of extracting and refining rocks and minerals for human use. Take into account different perspectives. For example, the perspectives of mine owners, the families of the miners, Indigenous communities, the refinery workers, manufacturers of items who need the refined rocks and minerals to make their products, residents who live in communities located near refineries and manufacturing facilities and who are concerned about the environment.
Vocabulary
Review this list of vocabulary associated with the curriculum. Practice spelling, research definitions, and find these vocabulary words when engaging with the TVO resources or completing learning activities.
Students should understand and be able to apply these words in context.
- Life Systems
Habitats and Communities
- Matter and Energy
Light and Sound
- Structures and Mechanisms
Machines and Their Mechanisms
- Earth and Space Systems
Rocks, Minerals, and Geological Processes
adaptation
carnivore
community
consumer
decomposer
deforestation
destruction
depletion
extinction
food chain
habitat
herbivore
hunting
invasive species
natural
omnivore
population
producer
terrarium
artificial
beam
device
eclipse
energy
fluorescent
loudness
lens
microscope
microphone
natural
pitch
prism
property
reflect
refract
system
telescope
vibration
build
design
direction
distance
elevator
escalator
force
gear
machine
mechanisms
model
pulley
speed
system
test
characteristic
colour
dispose
extract
fossils
hardness
igneous
magnetism
mineral
property
rock
sedimentary
texture