Volume = 4/3*pi*r3 where r is the radius.
So V = 4/3*pi*(2/3)3 = 1.2411 cubic cm
The volume formula for a sphere is 4/3π(Pi)r^3
first you must find the equations for the surface area and for the volume of a sphere. I believe the volume is 4/3 *pi *r^3, making the surface area 4*pi*r^2 the ratio is the one number over the other so: (4*pi*r^2)/(4/3*pi*r^3) = 3/r
It is used to measure centimeters; a centimeter is a unit of length, equal to 1/100 of a meter. It is used all over the world.
A meter is just over a yard. 100 centimeters make 1 meter. 1000 millimeters make 1 meter, so a millimeter is smaller than a centimeter. A centimeter is 10 millimeters.
The volume (V) of a sphere equals 4 over 3 times 3.14 times its radius squared. One cubic foot of water equals 7.48 cubic feet. One meter equals 3.28 feet (I like working in feet instead of meters) Volume works out to be 499.234 cubic feet. 499 cubic feet times 7.49 gallons per cubic foot equals 3,734.529 gallons.
mass over volume
Volume of a Sphere is 4/3pr3 ( 4 over 3 times pi times radius cubed).
because the surface area is spread out over the volume of mass
to find the volume of a sphere the equation is v= 4 over 3 x pie x the radius cubed
The volume formula for a sphere is 4/3π(Pi)r^3
The formula for volume of a sphere is 3/4*pi*r^3, the formula for your radius with respect to time is 6ft/s, thus we have the formula for volume of the sphere over time as (108/4)*pi*t^3 where t is in seconds and 108/4=27 cu ft. Thus V=27*3.14159*(0.25)^3=1.325 cubic feet.
The charge on the conductive sphere spreads out uniformly over the surface of the sphere.
there would be no" lateral" surface to a sphere because it is round , only with a cube ,pyramid or rectangular object would you have lateral surface,although it is still possible to determine the surface area and volume of a sphere, the formula to calculate the area of a sphere is 4x pie x radius squared, to calculate the volume the formula is 4x pie x radius cubed divided by 3, to calculate a hemisphere you would divide the answer in half.
first you must find the equations for the surface area and for the volume of a sphere. I believe the volume is 4/3 *pi *r^3, making the surface area 4*pi*r^2 the ratio is the one number over the other so: (4*pi*r^2)/(4/3*pi*r^3) = 3/r
2 grams per centimeter cubed. The equation to find this is D=M/V, which means density equals mass over volume.
One notable mathematician who made significant contributions to the concept of volume is Archimedes. He developed the method of exhaustion and was able to calculate the volumes of various shapes, including the sphere and the cylinder. His work laid the foundation for the study of volumes in mathematics.
1 square centimeter of your skin's surface contains over 100,000 cells.