To find the smallest dimensions of a cylinder with a volume of 500 cm³, we can use the formula for the volume of a cylinder: ( V = \pi r^2 h ), where ( r ) is the radius and ( h ) is the height. To minimize the surface area while maintaining a fixed volume, the optimal ratio is when the height equals twice the radius (i.e., ( h = 2r )). By solving these equations, we find that the smallest dimensions occur at a radius of approximately 5.42 cm and a height of about 10.84 cm.
The answer depends on the cylinder.
this is not possible
A cylinder with a radius of 6 feet and a height of 24 feet has a volume of 2,714.34 cubic feet.
An error in measuring the radius (or diameter) of the cylinder has a greater effect on the accuracy of the volume calculation than an error in measuring the cylinder's length, since the volume is proportional to the square of the radius.
Given a cuboid it is always possible to have a cylinder with the same volume.
The answer will depend on the quality of the graduation.
The smallest amount of liquid that can be accurately measured in a graduated cylinder will depend on the smallest graduation markings on the cylinder. Generally, for most graduated cylinders, the smallest measurable volume is around 0.1 mL.
The first thing you have to determine when using a graduated cylinder is the volume of liquid it can hold and the smallest volume increment it can measure. This helps ensure that you are using the appropriate graduated cylinder for your measurements and that you are able to read the volume accurately.
Bottles are made to carry the most amount of liquid in the smallest volume. The best shape would be a cuboid but these have sharp corners, (Health & Safety), therefore the smallest shape which can hold the second most volume is a cylinder.
The volume of a gas in a cylinder depends on the pressure and temperature. Without that information, it is not possible to determine the volume of the nitrous oxide in the cylinder.
A cylinder is a circle with an added dimension, height. Area of a circle is pi*r^2, and the volume of a cylinder is pi*r^2*h.
its millilitres