Curated OER
Snowflake Bentley
Students explore crystals through the story Snowflake Bentley and then create crystal pictures of their own. In this interdisciplinary lesson, they create a crystal web chart on chart paper, design artificial snowflakes, and write poems...
Cornell University
The Science of Snowflakes
Who can grow the best crystals? Challenge class members to develop strategies for enhancing growth in the crystals. Through a lab investigation, learners study the properties of crystals and test the effectiveness of different growth...
Curated OER
Sizzling Snowflake Crystal
Students investigate the concept of a snowflake and how they are formed in nature. They conduct research in order to find images as models for an art project. Students create a snowflake with Crayola Markers and scissors to cut the shape.
Curated OER
Wilson Bentley and Snowflake Crystals
Fifth graders read the book, 'Snowflake Bentley' by Jacqueline Briggs Martin. They gather and make a list of information about snowflakes and crystals. Then they make their own real crystal snowflake creation and observe the crystals...
Curated OER
Cold, Clouds, and Snowflakes
Students explore satellite data and graphing. In this weather data analysis math and science lesson, students analyze NASA satellite data to draw conclusions about geographical areas where precipitation might have happened. Students...
Curated OER
Alternative Snowflakes
Students discover how snowflakes in nature are really formed, and recreate this process with paper and glue.
Curated OER
Ghost Crystals - Light & Water
Woo, ghost crystals, just in time for Halloween! Young scientists experiment with light and water as they make and observe ghost crystals. The lesson does not include the process for making the crystals, but provides a web link where a...
Curated OER
Snowflake Crystals
Fourth graders explore physical changes and the true life story of Wilson Bentley. They observe the changes that take place with snowflakes. Students discuss what happens when snow flakes melt. They create their own snowflakes using...
Curated OER
Alternative Snowflakes
Students discover how snowflakes in nature are really formed, and recreate this process with paper and glue. This art lesson gets some scientific learning in as well.
Curated OER
Crystals: What Are They and What Holds Them Together
Students are introduced to the characteristics of crystals and what keeps them together. Using the Periodic Table, they examine the various elements and develop a model of an atom. In groups, they place sugar and salt in petri dishes...
Curated OER
Snowflake Book Report Cover
Middle schoolers discuss Snowflake Bentley, the first snowflake photographer, and use art supplies such as Fiskars¿¿ Punches and Snow Texture Plates to create individual snowflake book report covers.
Curated OER
Wintry Conditions
Students create their own crystal snowflake. In this snowflake lesson, students discuss how snow forms and the individuality of snowflakes. They make their own snowflake (crystals) using pipe cleaners, string, and borax.
Curated OER
Let It Snow!
Pupils make the most of the season's first snowfall with a snowflake study. They create original snowflakes from paper, collect authentic snowflakes on paper, and examine and compare the snowflakes.
Curated OER
Coal Flowers
Learners create coal flowers. In this mining lesson, students discuss the importance of coal during the 1800s and use ingredients to make coal flowers. Learners determine the effect temperature has on crystal formation.
Curated OER
Snowflake Detectives: What Crystal Shape Can Tell Us
Students classify snowflake crystals using geometric descriptors. They hypothesize about the temperatures at which the snowflakes were formed using a temperature/shape chart. They collect and examine snowflakes before drawing and...
Curated OER
Comparing Ionic and Polar Covalent Crystals
Twelfth graders make a number of ionic crystals. They compare a preserved snowflake to the physical properties of the ionic crystals. They apply qualitative observations and drawings in their discussion of the similarities between ice...
Curated OER
Coal Flowers
Let's make coal flowers! With this fun activity, young learners watch and learn as they grow crystals! With simple household materials and the instructions included in this lesson plan, your class can grow their own crystals. Learners...
Curated OER
Crystallization
Eighth graders analyze physical change in mass. In this chemistry activity, 8th graders describe, measure and calculate the amount of physical change occurring in mass before and after the change. Students should be familiar with...
Curated OER
Science: Suddenly Snow
Students engage in snow-related activities during the first winter snowfall. After explaining the elements needed for it to snow, they preserve snowflakes on frozen slides and observe them under a microscope. Then, they write diamante...
Polar Trec
Polar Detectives: Using Ice Core Data to Decode Past Climate Mysteries
How does examining an ice core tell us about weather? Learners set up and explore fake ice cores made of sugar, salt, and ash to represent historical snowfall and volcanic eruptions. From their setups, scholars determine what caused the...
Curated OER
Winter Wonderland - Winter Olympics and the Water Cycle
After a concise introduction to the water cycle, junior meteorologists access NOAA's average snowfall data. They choose a city to examine in terms of precipitation. Then they look at historical snowfall data and use it to predict snow...
Curated OER
Drip... Drop... Raindrops
Learners demonstrate the steps of evaporation, cloud formation, and precipitation within the water cycle. They make and demonstrate how to use a hygrometer to record daily humidity and describe how rain, snow, and sleet form.
Curated OER
Winter
Students explore the nature of water and water molecules. They examine the role of ice on organisms.
Curated OER
Geometry History Lesson
Tenth graders investigate the early history of geometry. In this geometry lesson, 10th graders investigate translations, rotations, and reflections. They also solve problems with line of symmetry and rotational symmetry while reviewing...