Week 14 Post

Week 14 Blog Post: 

What did you learn this week?
This week, I learned more about how the particle model of matter explains real-life phenomena like why ice melts faster on metal than on wood. Through hands-on experiments and simulations, we explored how the density and arrangement of particles in different materials affect how heat is transferred. It was interesting to see how something as simple as placing ice on different surfaces could reveal deeper science concepts.

Are you able to relate what you learned to what you already knew?
Yes, I was able to connect this to what I already knew about conductors and insulators. I understood that metal is a good conductor of heat, but I had never applied that knowledge to explain everyday situations like why a metal spoon in hot soup heats up quickly or why ice melts faster on certain surfaces. This experience helped me bridge the gap between abstract science concepts and practical observations.

Which parts did you find clear and which were confusing?
The particle diagrams and simulations made the concept of heat transfer much clearer, especially seeing how tightly packed particles in metal can transfer energy quickly. What confused me at first was understanding how insulated water bottles work. If metal conducts heat well, how do they keep drinks cold? It became clearer after we discussed vacuum insulation and the absence of particles in the middle layer, which prevents heat transfer.

How can you apply what you've learned to your teaching in the future?
I can use similar inquiry-based approaches with my future students—starting with a question, doing a simple experiment, and using simulations or models to dig deeper. I also really liked the idea of using student-led videos or models to show understanding in a low-pressure way. These strategies not only promote critical thinking, but also make science more engaging and accessible.