Water cycle ziploc bag

Emily from the SMO programs team loves rain and knows it’s just one step on a larger process called the water cycle! The water cycle is the path water follo

Find three simple water cycle experiments and a fun water cycle wheel craftivity! These activities use common household items and help students visually understand evaporation, condensation, precipitation, and collection. Learn how to make a water cycle wheel and engage students in hands-on science.

Learn about the water cycle works with this fun and hands on water cycle in a bag experiment for kids.

This past summer, like all the summers before in our homeschooling journey, the kids and I spent our days exploring one part of God's creation. Since we live in the tundra for nearly nine months of the year, our ability to investigate nature is limited to summer time. (This post contains affiliate links. Please see my disclosure policy for full details.) Using some delight-directed planning, we usually choose one nature topic to investigate all summer long. This year, the children…

Water Cycle In A Bag 🌧

In this particular lesson, students will observe a water cycle, and through observation, they will be able to identify why it rains. The lesson materials include: Ziploc bags, water, and food coloring, and tape.

Wow your friends with this fun leak-proof bag experiment! All you need: • Plastic freezer bag • Sharp pencils • Water • Bowl Find out the science behind this experiment by clicking the pin! //kidsscience// //scienceexperiment// //STEMathome// //homeschool// //teachthroughdoing//

Where does water come from? Find out in this "What is Water Cycle?" Science Experiment

Simple and FUN water cycle in a bag project helps kids visualize this weather phenomena with a hands-on weather activity!

In this activity, learners explore the flexibility of polymer chains by pushing sharpened pencils through a Ziploc bag. The polyethylene polymers in the Ziploc bag mold to the shape of the pencil and seal the puncture in the bag before any water can escape. Activity includes a step-by-step instructions, suggested extensions, an explanation of the science behind the activity, and a section about how polymer chains are relevant to our lives. An activity video demonstration is also available.