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In this chemistry science project, you will discover the best temperature conditions for making the largest, purest crystals by growing your own crystals out of borax (a home cleaning product) in different temperature conditions.
Discover how to grow the biggest and best crystals using Borax and different temperatures.
Crystal Project: Hypothesis. By Janice VanCleave. A hypothesis is your best prediction about the answer to your science fair project question. The science fair project question is: How does the type of dissolved salt effect the appearance of the evaporite crystals formed? So, what do you think?
Learn how to grow borax crystals with a supersaturated solution and pipe cleaners, and how to test different variables such as temperature and amount of borax. Find out the science behind borax crystals and get tips for a science fair project.
In this beginner’s guide, we’ll cover everything you need to know to create winning crystal growing science fair projects, including: The scientific method and how to develop a strong hypothesis Tips for recording data and observing crystal growth
Hypothesis. The hypothesis is that the crystals will grow best in warm temperature. Method & Materials. You will purchase a crystal growing kit, gather materials, mix solutions, place dishes with crystal solutions in different temperatures, observe and record growth, and dump solutions from dishes.
Just growing crystals, while fun, is not a science fair project. A science fair project requires kids use the scientific method to complete their experiment. This includes a hypothesis, multiple variation tests, and data recording.
