Planets can be analysed in terms of concentric spheres which include, the lithosphere (rock), the hydrosphere (water) the atmosphere (air) and so forth. The atmosphere itself is divided into several spheres, the troposphere (at the bottom) the stratosphere (at higher elevation) and the exosphere (the very thin air where the atmosphere meets outer space). Space is not divided into spheres, although planets and stars are spherical in shape.
The formula for calculating the linear packing fraction of a material in a given space is: Linear Packing Fraction (Sum of diameters of all spheres) / (Length of the space)
The hydrosphere.
only spheres take up all the given points in a given space
A solid shape.
Yes.
1. Find volume of spheres = 4/3pr3 and multiply by 4 since there are 4 spheres.2. Find volume of units cell = l 3 = (2Ö2r)3.3. Find volume of empty space = vol unit cell minus volume of spheres.4. Divide volume empty space by volume of unit cell.It works out to 25.952
The volume of a sphere is 4/3 x pi x r3. The radius of those spheres is 0.25 inches. This means the volume of the spheres is 0.0491 cubiic inches. Dividing 353.43 by 0.0491 gives us 7198.17. Assuming we're going by whole spheres, it would take 7198 spheres to occupy this space.
A diameter is a cord in a circle containing the center of the circle. But some circles are sections of spheres. Not all diameters are diameters of spheres.
Some live in bio-spheres or at there house some are now living in space too.
There are lots of spheres all over the place. Most ball games, for example, involve spheres.
The biosphere is dependent on all other spheres on Earth (hydrosphere, lithosphere, atmosphere) in order to exist. It encompasses all living organisms and their interaction with the other spheres, showing how interconnected and interdependent life on Earth is.
American footballs and Rugby balls are both considered 'balls' but neither are spheres.