Same basic shape, except a cone has three dimensions, a triangle has two.
12' To answer this properly more information is needed about the cone. 12' is just one measure, a cone is a 3 dimensional figure.
A cone has two faces.
A cone is a 3-dimensional shape, while drawing on a computer is generally limited to two dimensions, and projection of three dimensions onto a flat (two-dimensional) canvas. You can draw a cone very easily onto a 2-dimensional canvas if you are free to chose the viewing angle, and if that viewing angle does not need to change. You could draw a triangle and state that it shows a side view of the cone, you could draw a circle and state that it shows the bottom view of the cone, or you could draw a circle with the center point marked, and state that it shows the top view of the cone. You could draw all three, top, bottom and side view, and state it shows the cone in all three dimensions, in the way most 3-dimensional objects are shown in a technical drawing. For creating a projection of a 3-dimensional cone from an arbitrary viewing angle, you should consult dedicated (but non-trivial!) literature on 3-D rendering. Many languages also support 3D graphics toolkits such as OpenGL.
A cone does not have any sids. A finite cone has two faces.
14ft inches
Same basic shape, except a cone has three dimensions, a triangle has two.
12' To answer this properly more information is needed about the cone. 12' is just one measure, a cone is a 3 dimensional figure.
There are way too many variations for that to be possible to answer offhand.
These dimensions are not possible for a right cone. The radius must be less than the slant height. If we reverse the dimensions (radius 6, slant height 9) the total surface area will be about 282.74 units2
Two
A cone has no corners.
A cone has one vertex.
A cone has two faces.
A cone is a 3-dimensional shape, while drawing on a computer is generally limited to two dimensions, and projection of three dimensions onto a flat (two-dimensional) canvas. You can draw a cone very easily onto a 2-dimensional canvas if you are free to chose the viewing angle, and if that viewing angle does not need to change. You could draw a triangle and state that it shows a side view of the cone, you could draw a circle and state that it shows the bottom view of the cone, or you could draw a circle with the center point marked, and state that it shows the top view of the cone. You could draw all three, top, bottom and side view, and state it shows the cone in all three dimensions, in the way most 3-dimensional objects are shown in a technical drawing. For creating a projection of a 3-dimensional cone from an arbitrary viewing angle, you should consult dedicated (but non-trivial!) literature on 3-D rendering. Many languages also support 3D graphics toolkits such as OpenGL.
A cone does not have any sids. A finite cone has two faces.
one, the cone