Let’s Learn About the Water Cycle! 3 Simple Water Cycle Experiments & a Craftivity
Here are 3 of my favorite water cycle experiments as well as a craftivity. These science experiments are simple to set up and use common household items. The water cycle wheel craftivity gives students a visual representation of the stages of the water cycle and how they repeat over and over again.
First, introduce your students to the water cycle and the following terms: evaporation, condensation, precipitation, collection.
The earth has a limited amount of water. This water keeps going around and around in what we call the water cycle. When the sun heats the water in the lakes, streams, oceans, etc. some of it turns to a gas (water vapor). This is called evaporation. This invisible water vapor is light and rises into the air.
When the water vapor hits the cold air high up in the atmosphere it turns back to water droplets and collects in clouds. This is called condensation.
When too many water droplets form in a cloud, the cloud gets heavy and the water falls back to the earth in the form of rain, hail, sleet, or snow. This is called precipitation.
When the water falls back to the earth, it may fall back in the streams, lakes, ocean, etc. or it may fall on the land. This is called collection. When it falls on the land, it either soaks into the earth for plants to drink or runs over the soil and back into the streams, lakes, oceans, etc. and the cycle begins all over again.
I like using word wall cards as visual aides to help reinforce the words and their meanings. I use one set for student use in the writing center and another set for instruction and our word wall.
These simple science experiments will help demonstrate the water cycle or parts of the water cycle.
mug or small cup
string or large rubber band
Place the mug or small cup in the center of the bowl. Fill the bowl with water about 2/3 of the way up the cup (do not put water inside the cup).
Cover the bowl with saran wrap and either tie it with string or place a large rubber band around it to secure the plastic wrap.
Place it outside in a sunny area for a few hours.
After several hours, allow students to observe the bowl. The plastic wrap will have condensation and some of the condensation will have dripped or fallen into the cup/mug.
This experiment demonstrates the heat of the sun turning the water in the bowl to vapor (evaporation). The vapor turning back to water droplets on the saran wrap (condensation), drops getting too heavy and falling back down (precipitation) to the water in the bowl or in the mug which represents mountains or land (collection).
After the experiment I check students’ understanding of the water cycle vocabulary words and how the experiment demonstrated each stage of the water cycle by having them label a picture of the experiment.
Pic Collage or Pic Kids can also be used to check students’ understanding of the stages of the water cycle and how they were demonstrated in the experiment. Take pictures of the experiment and have students insert them in the appropriate places.
blue food coloring (optional)
If desired, draw water, a cloud, and a sun on the Ziploc baggie with a marker.
Add a small amount of water to the baggie without getting the sides wet.
Add a few drops of blue food coloring to the water (optional).
Hang on a sunny window for several hours.
After several hours or when heavy condensation appears on the bag, remove the bag and allow students to observe. Tap the bag, if necessary, to make the water droplets fall.
This experiment allows students to observe the water from the bag evaporating, condensing, falling like precipitation, and collecting again at the bottom. Notice that the water does not stay blue once it evaporates. This is because the food coloring is heavier than the water vapor and thus stays down, much like the salt from the ocean water.
After the experiment, check students’ understanding by having them draw and label a picture of the experiment using the water cycle vocabulary words or use Pic Collage or Pic Kids to insert a photo of the experiment and label it with the text feature.
straw or eye dropper
blue food coloring
Place approximately 3 tablespoons of water in the small glass and add about 10 drops of blue food coloring.
Fill the medium glass with water. Add 1-3 inches of shaving cream to the top. The more shaving cream used the longer the experiment will last.
Add the colored water to the shaving cream drop by drop using an eye dropper or by dipping the straw in the colored water, placing your finger over the end, holding it over the shaving cream, and lifting your finger enough to allow drops of colored water to drip onto the shaving cream.
Continue dropping the water onto the shaving cream until you observe it getting too heavy and “rain” starting to come out below. Depending on the amount of shaving cream used, this could take anywhere from 40-100 drops.
This experiment demonstrates what happens in the clouds during the water cycle. When a cloud accumulates too many water droplets they fall in the form of precipitation. In the experiment, after a certain point the shaving cream can no longer absorb the water drops and gravity pulls them down into the water.
Optional: Prior to dropping the water in the shaving cream cloud, have students predict how many drops of water they think the cloud will hold before it starts to “rain” and have them record it. During the experiment, count the number of drops and compare it to students’ guesses.
After the experiment have students draw and explain what they learned.
Water Cycle Wheel Craftivity
As a culminating activity, have students color a picture of the water cycle, label it using the vocabulary words, and glue it to a paper plate.
Make a raindrop “arm” and attach it to the paper plate with a brass fastener. Students move the raindrop through the different stages of the water cycle. This gives students a visual representation of the water cycle and how it repeats over and over again.
If you would like to use the printable pages and patterns for the water cycle wheel craftivity with your students, they are available here along with additional crafts and activities.
What fellow teachers are saying about these activities and resource:
“Love this! It is one of the best products I have!” – Krystal L.
“LOVE, LOVE, LOVE! This product included so many fun activities to teach about the water cycle. My students were definitely engaged and begging for more.” – Keeping it Cool in Kindergarten
“Cannot say how much I loved this! My Kinders had so much fun with the activities I got from this, and it was the perfect accessory to our water cycle unit! Love it.” – Vanessa G.
“So many great resources for the price! My kids LOVED this!! I could not believe how many great activities were in here. Print and go…. AWESOME!” – Ewa B.
“This is an amazing resource. A wide range of experiments and activities. My students were engaged the ENTIRE time! Thank you so much!” – Buyer
“The best water cycle activity out there!” – Leslie B.
“My students loved the experiments. I have done these experiments before, however the difference is the detailed recording sheets are sooo much better than what I have done. They helped solidify the learning experiences from the experiment and bring everything all together.” – Mountain view learning
“My students loved these Water Cycle experiments! I believe the water cycle is a hard concept for first graders to grasp but this resource made it much easier for them to understand. Plus this resource is so fun!” – Krista B.
“This was awesome! My Grade 2 kids loved the activities and really got interested in science!” – Rebecca T.
“This resource contains so much – step-by-step experiments with recording sheets, crafts, cut & paste diagrams, a relevant book list – I have been able to choose the best activities for each class as well as the supplies I have available. Wonderful!” – Camille W.
“I love this unit! It perfectly covers our 2nd grade standard and my kids loved it!” – Sarah R.
“As I am in a hybrid learning environment currently, this resource was used for both in person and online work. The families LOVED the easy to follow experiments and the hands on water cycle project really helped them synthesize the content.” – Megan R.
“My kiddos enjoyed having this packet. Parents said they appreciated the experiments because it made learning at home more engaging. Was able to use quickly for remote learning due to COVID 19. Thank you!” – Najah L.
“This resource was so easy to use for distance learning. I was able to send select pages to my students for them to do their experiments at home!” – Sydney W.
Have engaging science experiments and STEM activities throughout the entire school year with this money-saving Science & STEM Bundle!
You may also like:
St. Patrick’s Day Rainbow Experiment, Math Activity, Writing Craftivity & Game
Rain Activities, Books, Songs, and Art Project
Pin it for later!
Thank you! Glad you found it helpful!
Thank you! I’m glad you found it useful!
Is there any way for me to get a hold of the worksheets that you have for the water cycle activities? Also this was super helpful!
Hi Madison! I’m glad you found the post useful! The worksheets, word wall cards, water wheel craft printables, and detailed directions are available at my Teachers Pay Teachers Store at https://www.teacherspayteachers.com/Product/Water-Cycle-Experiments-Activities-Word-Wall-Cards-Printables-Craftivities-3115051
Love these great ideas. Will be suing them for my little ones. Hands on learning is the best!! Thanks.
Totally agree! Hands-on activities are the best for the little ones!
Do you think this is too easy as an investigation for 10 year olds? I need an investigation that fits into the one class timeframe.
Hi Emma! I think experiment 1 with the bowl and cup and the water cycle wheel craft are appropriate for most 10 year olds.