let edge of the cube be {x}
radius of the sphere inside the cube= x/2
volume of the cube=x^3
volume the sphere=4pi/3*r^3
=4/3*22/7*r^3/8
ratio of the volume=x^3/11x^3/21
=21/11
ans.= 21:11
The volume would be (500pi)/3 since the formula for a sphere is (4r3pi)/3, when radius=r The volume is exactly 523.598776 cubic meters.
It is called the method of equilibrium
A sphere with a radius of 7 inches has a volume of 1,436.76 cubic inches.
A sphere with a diameter of 6cm has a volume of 113.1 cm3
The volume of a sphere is given by the formula V =⁴⁄ ₃πr3The volume of a sphere with radius 7cm = ⁴⁄ ₃π73 = 1436.76 cm3 (to 2 dps)
Measure the diameter and from that calculate the volume, then determine the mass of the sphere on a weighing device. Then it's just density = mass/volume ========================== It again depends on the sphere whether its hollow or its a solid sphere
The volume inside a sphere (that is, the volume of the ball) is given by the formula:-Volume = 4/3πr3where 'r' is the radius of the sphere and 'π' is the constant piThe diameter of a sphere is two times its radius, thus a sphere 8 meters in diameter has a radius of 4 meters.
The volume would be (500pi)/3 since the formula for a sphere is (4r3pi)/3, when radius=r The volume is exactly 523.598776 cubic meters.
THE Method of Equilibrium
No. For a volume you must have a cubic function.
measure the radius of the sphere and apply the appropriate volume equation: V= (4/3) x (pi) x r3
volume of the cube - volume of the sphere = volume enclosed between the cube and sphere
i hve idea about it y ws i searched??
A general algorithm for the calculation of the volume of a sphere would begin with accepting the input for the radius or diameter of the sphere. Once this variable is obtained, it can be sent to a function that uses 4/3 * (pi) * (radius cubed) to determine the final output.
It is called the method of equilibrium
You cannot convert a sphere into square metres unless you want the surface area of the sphere. The volume of a sphere would be measured in cubic metres. You would need to be more specific about exactly what you want to know.
The volume of a sphere is the amount of space it occupies. Given a sphere's radius, r, the volume is 4/3 ∏r3