It's converted into a fraction because since it repeats, if you round it or cut it off after a certain point, it doesn't have the same value.
If you take a regular four sided pyramid and chop off the top, parallel with the base, the left over piece would be a solid with four identical trapezoidal faces and a square top and bottom. The only name I know is 3-D trapezoid.
The answer depends on whether you start off with a open ended object like a strip of paper of a length of fabric, or a closed object like a loop of paper or a doughnut. The answer also depends on whether you can stack pieces that you have already cut for the next cut. For an open ended object and no stacking, you will need 342 cuts.
You are usually 7-8 years old in 2nd grade, but could be as young as 6 (if you started school early or if your state has a later cut-off date that allowed you to start kindergarten at age 4 instead of 5) or as old as 9 (if you were held back a year).
Call the unknown regular price r. Then from the problem statement, r(1 - 0.35) = 89.43, or r = 89.43/0.65 = 137.58 (if the 35 percent is assumed to be exact).
A frustum. Specifically, a frustum of a triangular pyramid -- as one could also have a frustum of a cone, square pyramid, etc.Read more: What_do_you_call_a_triangular_pyramid_with_the_top_cut_off
They are both based off of triangles
Not exactly. A frustum would be a pyramid with the apex cut off. A truncated pyramid would be a pyramid with all vertices cut off.
It is a frustum of a rectangular pyramid.
It is the net of its solid shape. If the top of the pyramid is cut off parallel to the base, then it is a truncated pyramid, or a frustum.
It is called a frustum.
It is the net of its solid shape. If the top of the pyramid is cut off parallel to the base, then it is a truncated pyramid, or a frustum.
If the pyramid has a triangular sides then truncate each vertex (cut off a small pyramid shape from the vertices).If the pyramid has a quadrilateral base then truncate 3 vertices.If the pyramid has a pentagonal base then truncate 2 vertices.If the pyramid has a hexagonal base then truncate 1 vertex.If the pyramid has a heptagonal base then it is already an octahedron.If the pyramid has an base with 8 or more vertices then slice off the section formed by joining the apex and two vertices from the base which are six apart. This makes the base heptagonal and therefore the shape is an octahedron.
It will be a square shape if it is a squared based pyramid
YES.
A ___ pyramid is a pyramid with ___ as its base. In this case, we have a nonagon, a nine-sided polygon, as the base. So, if you imagine each edge of the nonagon as having one triangular side coming off of it, and all of the triangular sides meeting at a point over the base, you then have 9 sides, one for each edge, plus the base itself - 10 sides total.
well if a 6th grader is answering this then you should no that stupid well im off to see my hott with a captial haa bofriend