Basically, you can cube any unit of length; for example: cubic meter, cubic centimeter, cubic kilometer, cubic light-year (for astronomy) or cubic parsec (also for astronomy), etc. There are also some units that don't explicitly mention units of length, such as the gallon, or the liter (= cubic decimeter).
One possible answer is 1 unit * 1 unit * 355 units.
The millimeter is a unit of length. The liter is a unit of volume. The two units of measure can not be equated.
12.3 units of mass per unit of volume.12.3 units of mass per unit of volume.12.3 units of mass per unit of volume.12.3 units of mass per unit of volume.
To find the volume of an object, measure the length, width, and height in metric units. Multiply these dimensions together (volume = length x width x height) to calculate the volume. The unit of volume will be cubic units (cm^3, m^3, etc.).
A unit of volume with dimensions 1 unit x 1 unit x 1 unit is called a cubic unit. It represents the volume of a cube where each side measures 1 unit. In the metric system, this unit is commonly referred to as a cubic centimeter (cm^3), while in the imperial system, it is often called a cubic inch (in^3). Cubic units are used to measure the volume of three-dimensional objects.
The units for volume are the units for length cubed. For example, the base unit is the meter, and the cubic meter is the basic unit of volume.
You can't just convert any unit to any other unit. The units must be of a compatible type. Thus, you can convert a unit of length to another unit of length, a unit of area to another unit of area, or a unit of volume to another unit of volume.
No, a quantity cannot have units and still be dimensionless. The dimensions of a quantity are determined by its units, so if a quantity has units, it has dimensions. Dimensionless quantities are those without any units.
cubic feet
The number of units in a shape depends on its specific dimensions and the measurement system being used. For example, a square with each side measuring 2 units has an area of 4 square units. To determine the number of units in a shape, you need to know the shape's area or volume based on its dimensions.
The volumes of all objects are expressed in the third power of whatever units are being used to measure their dimensions. For example, if an object is very small and you measure its dimensions in millimeters, its volume would be expressed in cubic millimeters.
Volume is measured in cubic units