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Borax Crystal Snowflake Science Experiment with free lesson
plan and worksheets
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Borax Crystal Snowflake Science Experiment with Free Lesson Plan and Worksheets:
The Basics
Materials Needed
- Pipe cleaners (cut into 4 pieces )
- Borax: Three heaping tablespoons
- Popsicle sticks or craft sticks
- Glass jars (pint-size jars work well)
- Boiling water (heated using an electric kettle or coffee urn)
- Ornament hangers or string
- Masking tape
- Clear coat spray paint (optional, for preserving crystals)
- Pencils or craft sticks for hanging
- Permanent markers for labeling
- tags “borax crystal snowflake made by…” with their names.
- Water: Enough boiling water to dissolve the borax (quantity not specified, but ensure it's enough to completely dissolve the )
The Science Behind It
Crystallization Process
Science:
- Studies the states of matter, exploring the properties and behaviors of solids, liquids, and gases.
- Investigates weather patterns, delving into atmospheric conditions and the interconnected processes shaping climate.
- Analyzes patterns in various scientific disciplines, fostering a deeper understanding of natural phenomena.
Technology:
- Applies scientific knowledge to develop innovative tools and technologies, enhancing our capabilities in various fields.
- Utilizes advancements in technology for weather forecasting, enabling more accurate predictions and preparedness.
- Integrates technology to analyze patterns, automate processes, and facilitate scientific research.
Math:
- Provides the language and framework for expressing scientific concepts, enabling precise measurement and analysis.
- Plays a crucial role in weather modeling, using mathematical equations to simulate atmospheric conditions.
- Analyzes patterns through mathematical algorithms, aiding in data interpretation and scientific discovery.
Engineering:
- Applies scientific and mathematical principles to design solutions for real-world challenges.
- Utilizes technology to implement engineering solutions, from constructing infrastructure to developing advanced systems.
- Integrates math and science to innovate and improve existing technologies, pushing the boundaries of what is possible.
Formation of Unique Snowflakes
Step-by-Step Guide
- Prepare glass jars and set them on trays for easy handling.
- Have popsicle sticks or craft sticks ready for stirring and attaching snowflakes.
- Fill an electric kettle or coffee urn with boiling water.
Prepare the Solution:
- Boil water and add Borax until saturation.
- Create a supersaturated solution to maximize crystal formation.
Craft Snowflake Shapes:
- Cut pipe cleaners into appropriate lengths based on the age group.
- Twist pipe cleaners into various snowflake shapes.
- Attach strings to snowflake shapes, ensuring they are suspended in the Borax solution without touching the container's sides.
Procedure:
Measuring Borax:
- Distribute glass jars to each student.
- Place cups of borax on tables.
- Instruct students to measure and add three heaping tablespoons of borax into their jars.
Creating Snowflakes:
- Distribute pre-cut pipe cleaners and guide students in forming snowflake shapes.
- Attach the snowflake to a popsicle stick or craft stick using a piece of tape or by twisting the end around.
Hanging Snowflakes:
- Provide options for hanging – use ornament hangers or string.
- Attach the snowflakes to pencils or craft sticks for easy hanging.
- Label the string or ornament hanger with masking tape, ensuring names are written with permanent markers.
Waiting Period:
- Hang the snowflakes over the borax solution. Leave them overnight for optimal crystallization.
Exploring the Visual Delight
Borax Crystal Snowflakes in Action
Enhancing the Experiment
Adding Color and Creativity
The Science Outreach Impact
Educational Value for All Ages
Key Takeaways
- The snowflake science experiment involves creating Borax crystal snowflakes, mimicking the intricate beauty of natural snowflakes.
- Borax, known for its exceptional crystallization properties, is the key ingredient in this experiment.
- The process of crystallization on pipe cleaners results in unique snowflake patterns, adding an element of unpredictability to the experiment.
- The step-by-step guide provides a clear pathway for conducting the experiment successfully, making it accessible for all.
Table: Comparative Overview of Borax Crystal Snowflakes
Aspect |
Natural Snowflakes |
Borax Crystal Snowflakes |
Formation |
Atmospheric conditions create snowflakes. |
Borax crystals form on pipe cleaners through
crystallization. |
Uniqueness |
Each snowflake is unique. |
Borax crystal snowflakes are individually distinct due to
random crystallization. |
Color |
Colorless and translucent. |
It can be enhanced with colored pipe cleaners or food
coloring. |
Formation Time |
Form instantly in nature. |
Requires time for Borax crystals to grow, typically
overnight. |
Free Worksheets and Lesson Plans are available here
Borax Crystal Snowflake STEM Challenge Free Printable PDF Worksheets & Lesson Plans Download Will Start in:
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