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Materials Similar to DNA Science: Modeling Rosalind Franklin's Discovery with a Pen Spring

• 35%: Analog-To-Digital Science: Modeling Binary Coding and the CD Read System
• 30%: Star Spectra Science: Using Balloons and Buttons to Model Spectroscopy
• 29%: Voice Science: Using Digital Tools to Explore Pitch and Amplitude
• 28%: Nerve Science - Using Gelatin Circuits to Explore How Neurons Work
• 27%: Nerve Science Digi-Kit - Using Gelatin Circuits to Explore How Neurons Work
• 27%: Planetary Magnetism Science: Modeling Planetary Magnetism
• 26%: Geo-Electric Field Science: Using Topographic Maps and Clay Models to Teach Electric Field and Potential
• 25%: Modeling Science.org
• 25%: General Atomics Sciences: Chromatics - The Science of Color
• 24%: Jelly Filter Science: Exploring Color with Gelatin and Color Vision
• 24%: Exoplanet Atmospheres Science: Determining Atmospheric Composition of Exoplanets
• 23%: Body Science: Calculating Body Fat Percentage
• 23%: Song Science: Build Your Own Vinyl Record Player
• 22%: Rocket Science: Using Conservation of Energy to Predict Max Height
• 22%: UPC Science: The Real Prize Inside
• 22%: Lens Science: Exploring Light with Gelatin Lenses
• 22%: Eclipse Science: Modeling Eclipses in the Solar System
• 22%: Balloon Science: Inviting Chemistry and Physics to the Party
• 22%: Sunspot Science: Measuring the Frequency and Period of Sunspots