Volume = 288 pi cm2
4/3*pi*r3 = 288*pi
so r3 = 288*3/4 = 216 cm3 and therefore r = 6 cm.
Then area of the great circle = pi*r2 = 36*pi cm squared = 113.1 cm2 (approx)
The volume of a sphere whose radius is 9 meters is: 3,054 meters3
That's called a "great circle" of the sphere. -- It's any circle whose center is at the center of the sphere. -- Its diameter is equal to the diameter of the sphere. -- Its area is equal to 1/4 the surface area of the sphere. -- The shortest distance between any two points on the sphere is along the piece of the great circle on which they lie. (There's only one, unless the two points are the opposite ends of a diameter.)
An equator is a circle that divides the surface of an object into two equal halves. The term is usually used to explain the circle that divides a plane,t like the Earth, in to two hemispheres.
A radius; considering a sphere is a 3-D version of a circle.
The sphere forms a circle in the plane. There are two bits of sphere which are spherical caps with a circular base.
No. Every circle on the sphere whose center is also the center of the sphere is a great circle. If the circle's center is not also the center of the sphere, then the circle is a small circle.
A great circle is any circle on the surface of a sphere whose center is at the center of the sphere. The shortest distance between two points on the surface of a sphere is a part of the great circle that passes through them.
A "great circle" is any circle on a sphere whose center is also the center of the sphere. The shortest distance between two points on the surface of a sphere is a piece of the great circle on which both points lie. A "small circle" is any circle on the sphere that's not a 'great' circle.
The volume of a sphere whose radius is 9 meters is: 3,054 meters3
That's called a "great circle" of the sphere. -- It's any circle whose center is at the center of the sphere. -- Its diameter is equal to the diameter of the sphere. -- Its area is equal to 1/4 the surface area of the sphere. -- The shortest distance between any two points on the sphere is along the piece of the great circle on which they lie. (There's only one, unless the two points are the opposite ends of a diameter.)
An equator is a circle that divides the surface of an object into two equal halves. The term is usually used to explain the circle that divides a plane,t like the Earth, in to two hemispheres.
A radius; considering a sphere is a 3-D version of a circle.
The sphere forms a circle in the plane. There are two bits of sphere which are spherical caps with a circular base.
the great circle on a sphere or heavenly body whose plane is perpendicular to the axis, equidistant everywhere from the two poles of the sphere or heavenly body. 2. * the great circle of the earth that is equidistant from the North Pole and South Pole. * 3. a circle separating a surface into two congruent parts
A great circle is any circle whose center is also the center of the sphere. You could try this way: Spread ink on a sheet of paper. Set the sphere on the paper so that it picks up a mark from the ink, and at the same time, place a mark on the highest point of the sphere. Then draw any circle on the sphere that includes those two points. As we read the question, we were fascinated by the implication that you have spheres with more or less than 3 dimensions.
circle or sphere
That would be a circle or a sphere. sphere.