Suppose the radius of the sphere is R.
The base of the cone is the same as the base of the hemisphere so the radius of the base of the cone is also R.
The apex of the cone is on the surface of the hemisphere above the centre of the base. That is, it is at the "North pole" position. So the height of the cone is also the radius of the sphere = R.
So the ratio is 1.
To calculate the area/circumference of a circle when designing something circular with a limited amount of material. i.e. you have to design a bronze circle and only have 27 sq ft of bronze. You have to calculate the circumference to see if you need to make the circle smaller or not.
Assuming a circular cylinder, you use the formula pi x radius squared x height. The answer will be in cubic units, for example, cubic millimeters.
A cylinder is a geometric solid with two circular bases.
A cone
Well, to calculate the area of a flange, you'll want to start by determining the shape of the flange - is it circular, rectangular, or another shape? Once you know the shape, you can use the appropriate formula to find the area. Remember, take your time and enjoy the process of solving the problem - there are no mistakes, just happy little accidents!
The vertex of the cone would reach the very top of the sphere, so the height of the cone would be the same as the radius of the sphere. Therefore the ratio is 1:1, no calculation is necessary.
Yes. Any triangle can be inscribed in a circle.
No but it has a circular edge
One circular edge.
Half of a sphere with a circular base is called a Hemisphere.
It has one circular edge.
None but it does have a circular rim or edge.
A cone or a hemisphere or circle
The circular orbit equation used to calculate the motion of objects in a circular path is called the centripetal force equation, which is F mv2/r.
It is a hemisphere.
hemisphere
a = (pi)r2