Volume = Area*Length
so Length = Volume/Area = 750/15 = 50 metres
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
There are no meters in any volume measurement. Meters is length.
To convert square meters to cubic meters, you need to know the third dimension. If you are converting a two-dimensional area (square meters) to a three-dimensional volume (cubic meters), you would need to know the height or depth. Without that information, you cannot accurately convert 200 square meters to cubic meters.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
No. You can take any unit of length to the third power (cube), but not to the second power (square), to get a volume. A square micrometer would be a unit of area.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
Square meters show that there is a flat area. We calculate the area by length times width. This is two-dimensional. Cubic meters show that there is a volume. We calculate the volume by length times width times height. That is three-dimensional.
The question is a lot like asking "How much is 30 minutes in length ?" 1 square meter is a measurement of area. It has zero volume.
A metre is a unit of length, not volume. A length cannot be converted into volume.
Time, mass, area, length, weight, and volume are official physics terms that are commonly used in the field of physics and science. These terms are fundamental quantities used to describe the physical properties of objects and events. Time is measured in seconds (s), mass in kilograms (kg), area in square meters (m^2), length in meters (m), weight in newtons (N), and volume in cubic meters (m^3).
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
There are no meters in any volume measurement. Meters is length.
Volume