in math terms cone means a 3 dimensional figure that is round on the tpo and has a flat bottom, like an ice cream cone.
I Love math* * * * *An infinite cone.
It should look by the calaculations of math (3y=|^) it would look like a house
Because in math the definition for vertex is !the point of a geometric figure that is opposite the base. So in this case, the point is the vertex.
Now that depends on if you mean outside surface area. A cone has an inside surface area too. Just adding my two cents. Not even good at math. But I can debate a point til the death!
in math terms cone means a 3 dimensional figure that is round on the tpo and has a flat bottom, like an ice cream cone.
It is the apex.
I Love math* * * * *An infinite cone.
Yes, the point on the cone is a vertex.Typical math textbooks define a cone as "A solid figure with one circular face and one vertex." So yes, there is one vertex.
In math you need to be very smart,and work hard. Now if you think your to smart how would you calculate the surface area of a cone?
It should look by the calaculations of math (3y=|^) it would look like a house
Oh, dude, beating the ST Math challenge cone on Kick Box level 8 is like trying to tame a wild beast. You gotta strategize, focus, and maybe sacrifice a few snacks along the way. Just keep practicing, stay cool, and eventually, you'll conquer that cone like a champion.
Because in math the definition for vertex is !the point of a geometric figure that is opposite the base. So in this case, the point is the vertex.
One.But it is a bit tricky and depends on how you define an edge.Many use the definition of a boundary of a geometric figurePlease see the link to the math forum at Drexel University.There is a lengthy discussion of this topic.A cone has one flat face, one curved face, one vertex and one curved edge.One.
Now that depends on if you mean outside surface area. A cone has an inside surface area too. Just adding my two cents. Not even good at math. But I can debate a point til the death!
A cone bearer is a cone that bears
Neither. A cone is a cone.