Volume has three dimensions - width, height and depth.
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.
No, it's not that simple. the volume of a box, if let us say (for simplicity's sake) it is cubical in shape, is the length cubed (or if it is rectangular, it is length x width x height). So let us say we have a cubical box 2' on an edge. Its volume is 2x2x2=8 cubic feet. Now let us say that we double the length of an edge. Now we have 4x4x4=64 cubic feet. It has eight times the volume of the smaller box. If we are dealing with a rectangular box rather than a cubical box, the calculations are more complicated, but it remains true that the volume grows much faster than the linear dimensions.
Two,three
Block being a box: Height * Length * Depth = Volume Giving the three dimensions available.
If one dimension of a 3-dimensional shape is doubled, the volume increases by 21 = 2. If two dimensions of a 3-dimensional shape are doubled, the volume increases by 22 = 4. If all three dimensions of a 3-D shape are doubled, the volume increases by 23 = 8.
The volume of any solid is proportional to each of its three dimensions.So if one dimension is doubled, the volume increases by the factor of 21 = 2 .And if two dimensions are doubled, the volume increases by the factor of 22 = 4 .And if each dimension is doubled, the volume increases by the factor of 23 = 8.
The new area is 22 = 4 times the original area. The new volume is 23 = 8 times the original volume.
Volume has three dimensions - width, height and depth.
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.
Because volume has three dimensions: A line has one dimension: length An area has two dimensions: length and width Volume has three dimensions: length, width and depth.
No, it's not that simple. the volume of a box, if let us say (for simplicity's sake) it is cubical in shape, is the length cubed (or if it is rectangular, it is length x width x height). So let us say we have a cubical box 2' on an edge. Its volume is 2x2x2=8 cubic feet. Now let us say that we double the length of an edge. Now we have 4x4x4=64 cubic feet. It has eight times the volume of the smaller box. If we are dealing with a rectangular box rather than a cubical box, the calculations are more complicated, but it remains true that the volume grows much faster than the linear dimensions.
Volume always has three dimensions. Area always has two dimensions. Length always has one dimension. Location has no dimensions.
That is two dimensions. You need three dimensions for a volume calculation.
If you multiply two measurements, you get only two dimensions - an area. For a volume, you need three dimensions.
The volume of an object is determined by its dimensions, specifically its length, width, and height. Mathematically, volume is calculated by multiplying these three dimensions together.
The effect on the total surface area of one dimension being doubled or tripled cannot be calculated. You either need to know all three dimensions or all three dimensions must be doubled, not just one dimension (or demension / demansion as you call them).