Often these are three linear dimensions. Normally these are the dimensions in mutually perpendicular directions, but they need not be: they can be in any three directions which are not coplanar. Depending on the context, the linear dimensions are called:Length;
Breadth or width; and
Height or depth.
Also, the answer may comprise measure one distance and two angles: as might be done to locate an object in astronomy.
They can be measured by their linear measures in three orthogonal directions.
Volume measures three dimensions: length, width, and height.
2
because volume is a function of all three dimensions, length, width and Height. X, Y and Z
It has three dimensions.
They can be measured by their linear measures in three orthogonal directions.
The volume of an object has three dimensions and when all three dimensions are multiplied together the product is called the volume which is measured in cubic units.
Physical objects can only be measured in three dimensions: length, width, and height. These dimensions define the size and shape of objects in space. Any additional dimensions would require advanced mathematical concepts like those found in string theory.
A solid with three dimensions will be measured in cubic feet, 77,760 in this case, unless those dimensions are inches.
Volume measures three dimensions: length, width, and height.
no, cubic units are for three dimensional figures, hence cubic = 3 they are measured in square units, as they have only two dimensions.
The area of an object in three dimensions will be measured in cubic feet. 1600 cubic feet.
No, some properties can be measured in fewer than 3 dimensions. For example, temperature is a property that can be measured in one dimension, length is a property that can be measured in one dimension, and area is a property that can be measured in two dimensions.
2
because volume is a function of all three dimensions, length, width and Height. X, Y and Z
A continuum of a measureable quantity that cannot be resolved from a linear arrangement of any other dimensions. Usual dimensions might be space and time, measured with three orthogonal spatial axes and one for time.
everthing