Alternatively, a number may be followed immediately by any scale factor.
It is seen that The scale factors and are the same as in the two-dimensional case.
For this reason, the use of a scale factor has been introduced to expand the data point power range.
In this case, the transform is more than a simple scale factor.
The graph shows the variation of the scale factors for the above three examples.
In fact, it may be determined only up to a signed scale factor and an arbitrary time delay.
Many work only on specific scale factors: 2x is the most common, with 3x and 4x also present.
Note that the scale factor depends on the distribution in question.
An example above illustrated how certain scale factors can cause unnecessary precision loss.
Each of these is modified by a scale factor to adjust the agreement between the model and the real world.
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