View allAll Photos Tagged 3dshapes
- Trace the sides of a solid & sort them
- Calculate & compare the volume of different shapes
- Find the surface area of faces
- Sort the solid shapes
- Trace the sides of a solid & sort them
- Calculate & compare the volume of different shapes
- Find the surface area of faces
- Sort the solid shapes
A tetrahedron, cube, octahedron, dodecahedron and a icosahedron or in gaming dice terms a D4, D6, D8, D12 and a D20.
More info on platonic solids at www.mathsisfun.com/platonic_solids.html
Students created cells using some edible objects. They had to first create a diagram and then construct a three dimensional model of their drawing. We used jello as the cells cytoplasm. Fun project!
So tonight I setup my Bender 4x5 and re-shot one of the water droplet shots I tried last night. This is shot on Polaroid Type 51 and I scanned the negative on my Epson 2450.
Strobist info: Two hotlights on either side of the objects. The lights are below the surface supporting the water droplets.
Since this is a scan of a 4x5 inch negative check out the full size image to see how much detail is captured.
For a full description of the setup and lighting see this shot.
The setup was the same as shown in this shot except for two things: 1) I used my Bender instead of my Minolta 7D. 2) I used two lights instead of one to help compensate for the smaller aperture.
Students created cells using some edible objects. They had to first create a diagram and then construct a three dimensional model of their drawing. We used jello as the cells cytoplasm. Fun project!
Dr Konstantin Konstantinov and his team have found a way to build graphene into a 3D shape, which was previously very difficult, with unrivalled electrical, electrochemical, and mechanical properties, making them suitable building blocks to answer the immediate need for multifunctional architectures with superior properties for flexible integrated devices. Photo shows. Dr Konstantin Konstantinov and Phd students Monirul Islam (left) and Dean Cardillo.
Students described similarities and differences between 3D shapes and then had a gallery walk to look at other pairs observations.
Dr Konstantin Konstantinov and his team have found a way to build graphene into a 3D shape, which was previously very difficult, with unrivalled electrical, electrochemical, and mechanical properties, making them suitable building blocks to answer the immediate need for multifunctional architectures with superior properties for flexible integrated devices. Photo shows. Dr Konstantin Konstantinov and Phd students Monirul Islam (left) and Dean Cardillo.
Dr Konstantin Konstantinov and his team have found a way to build graphene into a 3D shape, which was previously very difficult, with unrivalled electrical, electrochemical, and mechanical properties, making them suitable building blocks to answer the immediate need for multifunctional architectures with superior properties for flexible integrated devices. Photo shows. Dr Konstantin Konstantinov and Phd students Monirul Islam (left) and Dean Cardillo.
Dr Konstantin Konstantinov and his team have found a way to build graphene into a 3D shape, which was previously very difficult, with unrivalled electrical, electrochemical, and mechanical properties, making them suitable building blocks to answer the immediate need for multifunctional architectures with superior properties for flexible integrated devices. Photo shows. Dr Konstantin Konstantinov and Phd students Monirul Islam (left) and Dean Cardillo.
- Trace the sides of a solid & sort them
- Calculate & compare the volume of different shapes
- Find the surface area of faces
- Sort the solid shapes
This was taken at the end of one of the workshops at the maths education conference.
The blue shape on the left is a hypercube. (No, I don't really understand it either, but it was fun to make!)
If I grasped the concept correctly, it's a three-dimensional representation of a four-dimensional object.