Ice Teacher Resources

Steve Spangler has created a toy that relies on science to make ice cream! He uses a ball with two cylinders inserted. One contains rock salt and water, while the other contains the ice cream ingredients. Once sealed, a family kicks the...

Here is a fun display that will help your physical science fanatics understand freezing points and crystal formation. Use rock salt, sparkling water, and ice to create a -10¡C bath. Place full bottles of soda into the slurry to supercool...

A rather simple, but impressive activity is displayed in this Steve Spangler Science video. Dry ice, solid carbon dioxide, is used to create gas-filled bubbles. You can perform this as a demonstration when teaching chemistry classes...

In this episode of "Steve Spangler Science" videos, the gas produced by the sublimation of carbon dioxide dry ice creates a nice, fluffy cushion in a bowl of water. Since it is less dense than a soap bubble and cool enough to keep it...

Here is the recipe for making ice cream in a couple of zip-top plastic bags. It is a fun way to demonstrate phase changes, especially when the weather is hot! Use this in your elementary science curriculum when introducing the states of...

We all scream for ice cream! Individuals create home-made ice cream in the classroom. This is a delicious way to show a real-world application of the freezing point depression to your class.

Are the Arctic ice caps really melting out of existence? Junior climatologists examine the statistics of ice decline through four math-based lessons. Each activity incorporates data, climate information, and environmental impact into an...

Who knew that learning about the states of matter could taste so sweet? This fun hands-on lesson captures the attention of learners as they use what they know about solids, liquids, and gases to create their very own batch of ice cream.

Here's a sweet lesson for your ice cream lovers! Scholars explore the effect temperature and emulsifiers have on the creation of ice crystals. They see that making slight adjustments changes the consistency of ice cream by...

Ice burns on the ocean floor as climate change continues. That's right ... ice burns! It turns out the burning is actually methane trapped in the crystalline structure of the ice. The video presentation is part of a larger series...

Much like the ice on roadways, common sodium chloride has been melting away snow days for many a year! Explore the colligative property freezing point depression through an interesting video from the American Chemical Society Reactions...

Caves have tunnels, chambers, rooms, and other features that make these geological features so amazing. Watch a video that focuses on one in particular—ice caves.

Open this instructional activity by giving a brief history of ice cream. Using liquid nitrogen to lower the temperature, preteens make their own confection. The accompanying activity sheet queries learners about freezing point, the...

Eighth grade physical science classes examine why the ice on which hockey is played is slippery. They do so by discussing phases of matter and the molecular motion in each. They read an article on a website and write out answers to...

The perfect treat on a hot summer day is a nice, cold ice pop. The two boys in this video demonstrate how to make ice pops using cups, juice, plastic wrap, and a popsicle stick. Yum!

Here is a good version of this classic chemistry activity. Learners are given a simple recipe for how to make home-made ice cream by putting all of the ingredients into a ziploc bag. Before doing the activity, I would recommend having a...

Students use satellite data to see how radiation budget relates to the ice that is present in the North.  In this energy lesson students correlate data to see a relationship. 

Help your children discover the verbal ostinato pattern of a rhyme. Learners sing a rhyme about ice cream, practice it several times, then divide into groups to sing the rhyme analyzing the patterns and rhythm.

Interested Earth enthusiasts are introduced to ice ages. The 26,000-year cycle is charted and the eras named. Several slides are dedicated to the carbon cycle and how it contributes to the changes. The reasons for the cooling of the...

In a cool lesson, we discover that ice can vary in temperature. As heat is added and it approaches 32°F, it begins to melt. When it melts, it absorbs heat energy. If you want your drink to stay colder longer and not get watery, put...

Get your middle schoolers experimenting with dry ice. In the first activity, they place a piece in water and then use phenol red to identify its pH. In the second, they place a piece in a limewater solution and watch as the combination...

Students study the importance of global ocean currents, sea water chemistry, and cultural issues surrounding sea ice. In the field, students travel to the floe edge with their teacher and an elder to drill holes in the ice and measure...

Learners discuss the freezing point of water. They make their own ice cream using ice and salt mixtures.

Students explore water and ice. In this physical science lesson, students participate in a science inquiry and observe the characteristics of ice and water. Students compare the differences between a solid and liquid and record their...