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Energy in the Past and Present

Science • Year 6 • 60 • 60 students • Created with AI following Aligned with provincial curriculum standards

Science
6Year 6
60
60 students
23 March 2025

Teaching Instructions

Provide examples of the types of energy sources used to provide heat and light to homes in the past and describe ways in which electricity-based technologies have changed the way people work, live, and interact with the environment in Saskatchewan

Energy in the Past and Present

Curriculum Area

Science – Saskatchewan Curriculum, Grade 6
Learning Outcome: Assess personal, societal, economic, and environmental impacts of energy use and technologies.

Lesson Duration

60 minutes

Learning Objectives

By the end of the lesson, students will be able to:

  1. Identify historical energy sources used for heat and light in Saskatchewan homes.
  2. Describe the impact of electricity-based technologies on daily life, work, and the environment.
  3. Compare past and present energy usage in terms of efficiency, accessibility, and sustainability.

Lesson Breakdown

1. Introduction (10 minutes)

Discussion Starter: How do we power our homes today?

  • Ask students to brainstorm ways their homes get light and heat.
  • Write their answers on the board (e.g., electricity, natural gas, solar energy).

Transition to Historical Context:

  • Introduce the idea that people in the past didn't have modern electricity and used different methods for heating and lighting.

2. Energy in the Past (15 minutes)

Teacher-Led Explanation:

  • Candles & Oil Lamps: Used for lighting before electricity was widely available.
  • Wood Stoves & Fireplaces: Common sources for heating homes in Saskatchewan.
  • Coal & Kerosene: Early energy sources before electricity infrastructure existed.

Hands-On Activity:

  • Show a candle, an oil lantern (if possible), or pictures of historical Saskatchewan homes.
  • Ask students to compare brightness, convenience, and safety of historical energy sources.

3. Energy in the Present (15 minutes)

Teacher-Guided Discussion:

  • Explain how electricity-based technology has changed how people live and work.
  • Compare past energy sources to modern sources like hydroelectric plants, wind energy, and solar power in Saskatchewan.

Small Group Task:

  • Divide students into small groups.
  • Assign each group one energy source (e.g., wind, solar, hydroelectric, fossil fuels).
  • Students create a quick pros & cons chart for their assigned energy source.

4. Impact on Society & Environment (10 minutes)

Class Discussion:

  • How has modern electricity made life easier? (E.g., refrigeration, lighting, communication).
  • What are some negative impacts? (E.g., fossil fuel consumption, pollution).
  • How can we use energy more sustainably in the future?

Quick Interactive Poll:

  • Ask: Would you rather use energy from the past or today? Why?
  • Tally responses and discuss key reasons.

5. Conclusion & Reflection (10 minutes)

Exit Ticket:
Each student writes one major difference between past and present energy use and draws a small sketch or diagram explaining it.

Teacher Wrap-Up:

  • Summarize key takeaways.
  • Encourage students to ask their parents or grandparents about how their homes used to be powered when they were young.

Materials Needed

  • Candle or picture of a candle
  • Image or small oil lamp (if available)
  • Visuals of past and present energy sources
  • Chart paper and markers for group work

Assessment Criteria

  • Participation in Discussions (Did students engage in brainstorming?)
  • Group Work Evaluation (Did students identify pros & cons of energy sources?)
  • Exit Tickets (Did students understand historical vs. modern energy?)

Differentiation & Extensions

  • For advanced students: Research renewable energy projects in Saskatchewan.
  • For struggling students: Pair with a peer to help explain historical energy sources.
  • Extension activity: Students design an advertisement for a new sustainable energy source for Saskatchewan homes.

This lesson blends hands-on learning with discussion and critical thinking, engaging students while meeting curriculum goals. Let’s spark curiosity about energy! 🔥⚡

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