The volume in liters of an 8-inch sphere is about 4.4(4.39304412) liters.
The radius of a sphere with antipodes 8 cm apart is 4 cm. The distance between the antipodes of a sphere is the diameter of the sphere. The radius is half the length of the diameter.
The volume of a sphere with a diameter of 8cm is about 268cm3
The only shape whose volume could be determined by diameter alone is a sphere. The volume of a sphere is 4πr3/3. The radius of a sphere is half it's diameter, so you can say that given the diameter, d, the volume, v, can be determined with the equation: v = 4π(d / 2)3 / 3 v = (4πd3 / 8) / 3 v = 4πd3 / 24 v = πd3 / 6
The surface of a sphere is calculated pi*d2 or 4 *pi*r2 So if you have a sphere with diameter 8 (units) the area is 804.25 inches squared
Since the 1960's there has been three different logos for the National Football League. I'm not exactly sure how many stars are on the 1960's logo I'm guessing it's like the 1970's logo which consisted of 25 stars. But the 2008 logo now only consists of 8 stars.
cube, cone, sphere * * * * * All wrong. The correct answer is a heptagonal prism.
square based Pyramid * * * * * It does not have to be square based. Any quadrilateral base will do.
It depends on the shape. A cube has 8 of them, a square pyramid has 5, and a sphere doesn't hasve any vertices at all.
The surface area of a sphere with a diameter of 8 inches is 201.1 inches2
The volume in liters of an 8-inch sphere is about 4.4(4.39304412) liters.
The radius of a sphere with antipodes 8 cm apart is 4 cm. The distance between the antipodes of a sphere is the diameter of the sphere. The radius is half the length of the diameter.
One of the best example of terrestrial sphere is the earth. The 8 planets are also considered as the terrestrial sphere.
According to SIMBAD, ~970. But there's a lot of stars within 50 light years whose distances aren't known. There's quite a few stars within 50 light years. To get a good estimate, we should consider how many stars within 20 light years, and go from there. The nearest 25 light years are really well catalogued, and the current census is 200 stars. Now, through knowledge of Geometry, one can say that if you multiply the radius of a 3D shape by a number, x, the volume will increase by the x^3. Why 3? because it's a 3D shape. So we double our sphere from 25 to 50 light years. So thus the volume increases by 2^3 = 8 times! So there are 8 times as many stars within 50 light years as there are within 25 light years. 200 * 8 = 1,600 stars (estimate).
The approximate volume of a sphere with a diameter of 8 inches is 268 cubic inches.
The volume of a sphere with a diameter of 8cm is about 268cm3
The only shape whose volume could be determined by diameter alone is a sphere. The volume of a sphere is 4πr3/3. The radius of a sphere is half it's diameter, so you can say that given the diameter, d, the volume, v, can be determined with the equation: v = 4π(d / 2)3 / 3 v = (4πd3 / 8) / 3 v = 4πd3 / 24 v = πd3 / 6