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jamescharles
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Hello everyone,
I’m exploring the use of tungsten cubes as hands-on tools for STEM education and physics demonstrations (density, mass vs. volume, material properties, etc.).
Full disclosure: I run a website that sells tungsten cubes, and I’m looking for expert feedback to better understand whether this is genuinely useful in an educational context.
I’d appreciate your input on:
For reference only (not promotional), here is an example of the product I’m referring to:
[https://mkubeenterprise.com/product/tungsten-cube/]
Thank you for your insights — I’m genuinely interested in improving the educational value of this idea.
I’m exploring the use of tungsten cubes as hands-on tools for STEM education and physics demonstrations (density, mass vs. volume, material properties, etc.).
Full disclosure: I run a website that sells tungsten cubes, and I’m looking for expert feedback to better understand whether this is genuinely useful in an educational context.
I’d appreciate your input on:
- Do tungsten cubes make sense as a teaching tool for physics or materials science?
- What size or mass would be most practical in a classroom?
- Are there safety or handling concerns when used by students?
- Are there better or more cost-effective alternatives you’d recommend?
For reference only (not promotional), here is an example of the product I’m referring to:
[https://mkubeenterprise.com/product/tungsten-cube/]
Thank you for your insights — I’m genuinely interested in improving the educational value of this idea.