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  • in reply to: Module 2 – The Moon, the Earth and the Sun #221452
    Erika Hopkins
    Participant

      I like that you used a song to engage the students!

      in reply to: Module 2 – The Moon, the Earth and the Sun #221451
      Erika Hopkins
      Participant

        The activity set I have chosen is the Sun and the Shadows.

        In my classroom, I would use the Sun and the Shadows activity to help students understand concepts about light and heat energy. I I would begin by introducing the children to the concept of light and where it comes from. We would then discuss different sources of heat and light, emphasising how the sun is our primary source of both heat and light.

        To explore shadows, we would go outside into the sun and go on a shadow walk. Afterwards we would experiment using flashlights and objects to create shadows, understanding how they form and change. We would also discuss the differences between day and night, light and shade.

        Erika

        in reply to: Module 1 – The Curious Minds/ESERO Framework #218417
        Erika Hopkins
        Participant

          Really like this idea for an activity in the classroom.

          in reply to: Module 1 – The Curious Minds/ESERO Framework #218416
          Erika Hopkins
          Participant

            Hi everyone my name is Erika, and I have just finished my first year teaching, I will be teaching 2nd class next year. One of my favorite facts about space is that Mars has the largest volcano in the solar system, nearly three times the height of Mount Everest.

            Inquiry-based learning is a powerful educational approach that encourages students to explore and investigate topics. I think an effective inquiry-based activity to implement would be centered around the question: “What would it take to live on Mars?”

            I would present this question to the students and get them to discuss in pairs or groups things like  atmosphere, climate, surface conditions, and available resources. They would explore questions like: How would we obtain water and oxygen? What would we eat? How would we protect ourselves from radiation?

            Students would work in small groups, each focusing on a specific aspect of the problem.  They would use a variety of resources, making use of digtal resources such as ipads.

            Each group would present their findings to the class, proposing solutions to the challenges of living on Mars. This collaborative learning process allows students to engage with the material actively and learn from each other.

            Finally, we would reflect as a class the real-world implications of living on Mars. By incorporating inquiry-based activities like this into the curriculum, I aim to create an engaging learning environment.

          Viewing 4 posts - 16 through 19 (of 19 total)
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