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.
if all 3 dimensions increase b factor of 7 then volume changes by 7 cubed or a factor of 343
A 3-Dimensional box's volume will double for each dimension that is doubled. i.e. if just the height, length or depth are doubled, the volume increases 200%, if 2 of those dimensions are doubled the volume increases by 400%. if all 3 are double the volume increases by 800%.
area is 2, volume is 3
Volume has three dimensions - width, height and depth.
If you double the cross-sectional area and halve the length, you will still have the same volume but the dimensions will be different.
No, an object's volume remains the same when it is cut in half. The volume of an object is determined by its dimensions and does not change when it is divided into smaller pieces.
No, the volume of an object does not change when its size changes. The volume is a fixed measure of the amount of space that the object occupies and is calculated using specific dimensions. Changing the size of the object would involve altering these dimensions but would not impact the volume.
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.
If the other dimensions (length and height) are left unchanged, doubling the width will double the volume.
if all 3 dimensions increase b factor of 7 then volume changes by 7 cubed or a factor of 343
The dimensions of a cuboid cannot be determined from its volume. You could, for example, double the length and halve the width: that would leave the volume unchanged but the dimensions will be different.
You can't tell the dimensions of a rectangle from its area, or the dimensions of a prism from its volume.
A 3-Dimensional box's volume will double for each dimension that is doubled. i.e. if just the height, length or depth are doubled, the volume increases 200%, if 2 of those dimensions are doubled the volume increases by 400%. if all 3 are double the volume increases by 800%.
area is 2, volume is 3
Volume has three dimensions - width, height and depth.
If the sides of a cell double in length, its volume increases by a factor of 8 (2 cubed). This is because volume is calculated by length x width x height, so if all dimensions are doubled, the volume increases proportionally.