Week of February 11 - 15

Here's what happened in Science Lab this week:

• Kindergarten: We learned about light energy by focusing on sources of light. We went on a "light scavenger hunt" to find things that provide light, recorded our findings in our notebooks, and played a "light charades" game. Home extension: go on a light scavenger hunt of your own at your home. Try to find as many light sources as possible -- even the smallest light counts!
• 1st grade: We learned a little more about magnets this week by going "magnet fishing." Using a magnet tied to the end of a string, students were able to "fish" inside a baggie filled with "little fish" (small paper clips) and "big fish" (large paper clips) to see which would allow them to catch the most fish. We graphed our results and then just did some "fishing" for fun afterwards. Home extension: Using a refrigerator magnet and a bunch of paper clips, allow your student to conduct a quick experiment to see how many paper clips their magnet can hold. Is the amount different, based on which magnet you use? Hmm. I'd love to know your answers!
• 2nd grade: We focused on the moon this week. We learned why the moon looks so small when it is actually quite large, and we learned more about how it rotates around our Earth and shows different "phases" along the way. Home extension: Allow your child to track the moon phases each night. Are there any patterns?
• 3rd grade: We explored magnets by making magnetic cars today! We had so much fun pushing and pulling our cars -- without even touching them! -- around the room. Home extension: the students were able to take home all parts of the car except the magnets. If you have a couple of magnets at home, you could recreate this activity in the kitchen or living room.
• 4th grade: We learned more about the water cycle by creating an actual water cycle inside our room. Home extension: ask your child to describe our water cycle model from today, and see if you can figure out a way to recreate it using items in your house. Talk to your student about how this model mimics the real water cycle.