You cannot, no matter how many.
A circle is a two dimensional object with no thickness. So, no matter how many circles you stack on top of one another, the height of that stack will remain zero (mathematicaly true even if hard to grasp). Consequently, you can never into the third dimension (height).
You need only one to completely describe its dimensions, although you can make lots of measurements.
Vertices imply a 3D object. Circles are 2D so do not have one, but if you meant a sphere, your answer would still be no. This is because you need a corner with three edges meeting together to form a vertex.
To draw circles you need to use a compass
You need only know the radius of each circle to determine that they are congruent. If the radii are identical, the circles are identical. This can also be determined by comparing the diameters (twice the radii), or the circumferences, or the areas of the circles. In all cases, if the parameters are identical, the circles are identical.
You cannot convert a sphere into square metres unless you want the surface area of the sphere. The volume of a sphere would be measured in cubic metres. You would need to be more specific about exactly what you want to know.
You need only one to completely describe its dimensions, although you can make lots of measurements.
Geometry teaches there are an infinite number of semi-circles for a sphere. Hence in the grid system that creates the longitude lines that form semi-circles, it becomes the same as what is taught in geometry = infinite number. If you limit yourself to using a llimited definition to units of whole degrees, then 360 semi-circles. However, I suspect that the answer you need is Infinite.
Vertices imply a 3D object. Circles are 2D so do not have one, but if you meant a sphere, your answer would still be no. This is because you need a corner with three edges meeting together to form a vertex.
The lines don't need to be straight. Make them circles or curves!
We need to know what pieces and what circles.
To draw circles you need to use a compass
Materials that we need :PaperSMasking Tape1st Step: make the paper until it form a sphere.2nd Step: Tape itFINISH
wheels
A sphere is a 3-D shape, roughly describable as a circle, but more accurately as a globe.Can any of you remember the formula for the volume of a sphere?The shape of this ball is a sphere.
AnswerIt just depends on the size of the circles. A hole saw must can be used to make circles, but you'd need to use a drill press to start it and you'd need to remove the center pilot drill. If you're after a larger circle you might need to use a wood lathe. Sometimes, for a very large circle, people will use a bandsaw to rough out the dimension then use the lathe to make it exact.Da jigI prefer a jig saw myself
A pillar drill is a machine that drills holes into plastics. It only does circles so you need a coping saw to make the shape.
You need only know the radius of each circle to determine that they are congruent. If the radii are identical, the circles are identical. This can also be determined by comparing the diameters (twice the radii), or the circumferences, or the areas of the circles. In all cases, if the parameters are identical, the circles are identical.