The surface area of a cone:
SA = pi*r² + pi*r*s
(r is radius, s is slant height)
The surface area of a pyramid:
SA = [1/2 * Perimeter * Slant Height] + [Base Area]
There are a lot of different sizes of traffic cones. Without more information, it's impossible to answer.
The total surface area! The total surface area! The total surface area! The total surface area!
It should be relatively easy to find the surface area of a box when you are given the surface area.
It depends on the surface area of what!
It is the area of the exposed surface. So if you take a cube, the surface area is the sum of the areas of each of the 6 faces. They are all the same in the case of a cube. In general, add up the surface area of each exposed surface and this is the total surface area.
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The relationship between the surface areas of cylinders, cones, and spheres is that the surface area of a cylinder is equal to the sum of the areas of its two circular bases and its curved surface area, the surface area of a cone is equal to the sum of the area of its circular base and its curved surface area, and the surface area of a sphere is equal to four times the area of its circular base.
They both depend on circumference not perimeter.
It is possible for some cones A and cylinders B. But in general, the assertion is false.
Not sure about pryamids, but pyramids are definitely NOT triangles.
No idea. It depends on what you mean by pryamids!
There are a lot of different sizes of traffic cones. Without more information, it's impossible to answer.
The most general difference is: > The formula for the surface area of anything with a curved surface and edge will involve 'pi'. > The formula for the surface area of anything with only flat surfaces and straight edges won't.
No, you cannot directly use the surface area formula for a right cone to find the surface area of an oblique cone. Although both types of cones have a circular base and a slant height, the oblique cone's geometry differs, affecting the calculations for lateral surface area and overall surface area. To find the surface area of an oblique cone, you'll need to account for its specific dimensions and geometry.
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