Volume of a cylinder in cubic units = pi*radius2*height.
Volume in cubic units = base area times length
The capacity of a cylinder is its volume which is the area of an end times the cylinder's length (height). If the cylinder has radius r and length h, its volume (capacity) is: {pi}r2h
from v and h , find r then find r/2. * * * * * That will not work! The formula for the volume of a whole cylinder is V = pi*r2*h So the volume of half a cylinder is V = 1/2*pi*r2*h This give r2 = 2V/(pi*h) and so r = sqrt[2V/(pi*h)]
20 pie cm^3
measure the volume of liquid that the object displaces
ask Jason
Volume = pi*22*3.6 = 45.239 cubic units (rounded to 3 decimal places)
Use the formula for the volume of a cylinder, which is: V = radius2 x Pi x height3.52 x 3.14 x 13 = about 500 cubic cm
One way to measure the volume of an irregular object is to use a graduated cylinder. Fill the cylinder about half-way with water, and measure the volume. Then, place the object in the cylinder and measure the new volume. Subtract the first from the second to find the change in volume of the water. This change in volume is the voume of the object. Unfortunately, this method will not work for all objects as some are to large to fit in a graduated cylinder and some will dissolve in water, but it is very usefull in most situations.
Archimedes. Archimedes published a work named "On the Sphere and Cylinder", where he proved the formulas for the surface area and volume of both spheres and cylinders. This is actually quite impressive, considering that he lacked the concept of calculus or limits to aid him. In calculus, the proof for the volume of a cylinder because trivial through integration by slicing.
You cannot. You have the volume but no information on the mass. And density = mass/volume (in the appropriate units of measurement).
Yes, energy as work can be transferred to an incompressible fluid in an insulated cylinder fitted with a frictionless piston. This is because the fluid is incompressible, so the volume does not change as the piston moves. It allows work to be transferred to the fluid without any change in pressure or volume.