By Joan Horvath
This publication exhibits mom and dad and academics the way to use the types within as beginning issues for 3D printable explorations. scholars can commence with those versions and range them for his or her personal explorations. not like different units of versions which could simply be scaled, those versions have the technological know-how integrated to permit for extra perception into the basic concepts.
- Create (and current the technology in the back of) 3D revealed models.
- Use a 3D printer to create these versions as easily as possible.
- Discover new technological know-how insights from designing 3D models.
Parents and teachers
Read or Download 3D Printed Science Projects: Ideas for Your Classroom, Science Fair, or Home PDF
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Additional resources for 3D Printed Science Projects: Ideas for Your Classroom, Science Fair, or Home
Others are designed for a static simple case that gives one number—not a very interesting 3D print. A little digging revealed that as a practical matter many people who actually need to model these things rely on one of several semi-experimental models. It seemed to us like there were not a lot of models for which a surface without directional markings would be an improvement to a 2D drawing with arrows showing the field direction. However, we included it in the “Science Fair” section so that more advanced students might consider whether a simplified model, applied thoughtfully, might be interesting to explore a narrow hypothesis.
For our K-12 colleagues, we looked at the Next Generation Science Standards to see what topics might benefit from the models and ideas in this chapter. Generally, they fall under MS. org/ms-ess1-2-earths-place-universe). NASA also has some teacher resources in this sphere. gov/ education/EducationandPublicOutreachProjects/. 49 Chapter 3 ■ Gravity Science Fair Project Ideas There are many ways you can extend some of the ideas in this chapter. Some basic ones would be to apply some of the equations to more detailed models than the simples ones here.
However, very few simple equation solutions give very much insight, and many field equations are in very inconvenient (for 3D printing) polar coordinate systems. Others are designed for a static simple case that gives one number—not a very interesting 3D print. A little digging revealed that as a practical matter many people who actually need to model these things rely on one of several semi-experimental models. It seemed to us like there were not a lot of models for which a surface without directional markings would be an improvement to a 2D drawing with arrows showing the field direction.
3D Printed Science Projects: Ideas for Your Classroom, Science Fair, or Home by Joan Horvath