First, do your research on Renal function!Create your display background and stand (like for a diorama).
Using modeling clay, create a kidney as if cut in half lengthwise to expose the interior anatomy. Don't forget the Renal Artery and Vein and the ureter.
Sculpt out the calyces and other parts. Into the kidney, thread a piece of tubing from the the renal artery. The tubing will not be visible inside the kidney model, but will exit inside the sculpted ureter (leave ends open).
Dry or bake at 110 degrees per directions so you do not melt the tubing! Let cool.
Paint the parts to match the best illustrative picture you can find. Let dry then attach it to the display and label everything.
Use a piece of tubing attached to a large syringe (like for basting). have a Clamp on the lower end. Fill the syringe with water. You will not see it as it will be attached behind the display.
At the bottom, use a small bag or jar to represent the bladder. in the bottom half of the tube (a j loop inside the kidney model), add yellow food coloring so that when you demonstrate your renal function and explain it you can produce signature yellow urine. Be sure to explain that the yellow actually comes from the broken down red blood cells and is tinted by residual bilirubin (darker with dehydration, virtually clear when well hydrated).
Your details and layout on the presentation board and ability to explain renal function is the important part. The "working demo" is more for an extra five points of fun :)
I, Robot was the first game to use 3D polygon graphics. However, the first game to use 3D was 3D Monster Quest which did not use graphics, but rather text.
A 3D drawing is when you use shadows and a sense of depth to create space. making the drawing more convincing and ugly.just kidding more real i meant.
To convert 3D faces to a solid model in AutoCAD, use the "SURFSCULPT" command to create a solid from 3D surfaces, or utilize the "JOIN" command to combine the 3D faces into a single entity if they are contiguous. Ensure that the faces are properly connected without gaps or overlaps. After joining, you can check the solid integrity using the "SOLIDEDIT" command for further modifications if needed. Finally, use the "3DORBIT" command to view the solid model from different angles to confirm the conversion.
Titanium is a 3d element. we use it for make surgical instruments and make paints by TiO2.
3D TV work its like a normal tv but you dont wear 3D glasses thats all you need to know :)
With glue or tape, possibly with markers or paint even!
Dont be an idiot 5 year olds can't use 3D Editing software.
You could explore the effects of different colored lenses in 3D glasses on perceived depth perception. Another idea is to investigate how the distance between the two lenses in 3D glasses affects the clarity of the 3D effect. Finally, you could look into how varying the angle at which 3D glasses are worn impacts the viewer's experience of the 3D images.
3D printer
A great place to go for over 300 science projects, many of which are perfect for sixth grade students can be found at http://www.terimore.com. These projects are all available immediately on line and cover virtually every science subject. All the information you need to finish a project is contained here.
science 3D
no you do not have to use the 3D in your 3D tv. its always on 2D unless you play a 3D movie and put it on 3D.
Nino
To create a 3D beryllium project, you can use computer-aided design (CAD) software to model the structure of beryllium atoms and arrange them in a 3D space. You can also simulate the bonding and interactions between beryllium atoms to visualize its properties in a 3D environment. Be sure to research the properties and behavior of beryllium to accurately represent it in your project.
you use the bathroom make sure you poo then take it out and fill it with mustard
the blue planet project can be about neptune or the earth and in the project you are supposed to desighn one of the planets in a 3D form
a good science experiment is a 3d plant cell model