This math vase of degree 3 is a classic from school teaching.
Indeed, it is just the graph of the function y=(x+9)*(x-68)*(x-68)*0.0003+10, rotated about the x-axis. Such math models are common examples for computing the area or the volume of a surface of revolution given by rotating a graph about an axis.
To purchase our 3d-printed modern version of this model use the “buy now” link provided below. You will be sent to our online shop at shapeways where you will be able to choose a size and color. Your object will then be 3d-printed just for you and sent to you in really short time where ever you are in the world.
You may purchase this math vase of degree 3 via the “buy now” button below:
We also created a version of this vase with bottom which you may actually use to measure the amout of water that fits into it (although the “strong & flexible” material is not really watertight). Some more school math sculptures are listed below:
A math vase of degree 3 without bottom
A math vase of degree 3 without bottom. It has been created by rotating a graph of a polynomial of degree 3 about an axis.
A math vase of degree 3
A math vase of degree 3. It has been creating by rotating a graph of a polynomial of degree 3 about an axis.
A 3d graph of a cubic function
This visualizes a 1-parameter family of cubic functions or a 3d graph of a function in one variable in a 3d-coordinate system.
Leave A Comment