But... you are adding parameters in the equation that the statistic does allow for.
You're saying the number of cow patties in the graph is way off, when it doesn't measure cow patties
Benford's Law is a law, not just a suggestion or a good idea, or something we might wanna consider - it's not possible for a distribution of events to have a less frequently occuring event occur more often than an oft-occurring event.
You will always get to a occurrence happening once more often than you will an occurrence happening twice, regardless of context
But... you are adding parameters in the equation that the statistic does allow for.
You're saying the number of cow patties in the graph is way off, when it doesn't measure cow patties
Benford's Law is a law, not just a suggestion or a good idea, or something we might wanna consider - it's not possible for a distribution of events to have a less frequently occuring event occur more often than an oft-occurring even.
You will always get to a occurrence happening once more often than you will an occurrence happening twice, regardless of context
But... you are adding parameters in the equation that the statistic does allow for.
You're saying the number of cow patties in the graph is way off, when it doesn't measure cow patties
Benford's Law is a law, not just a suggestion or a good idea, or something we might wanna consider - it's not possible for a distribution of events to have a less frequently occuring event occur more often than a less-occurring even.
You will always get to a occurrence happening once more often than you will an occurrence happening twice, regardless of context
But... you are adding parameters in the equatio that the statistic does allow for.
You're saying the number of cow patties in nthe grph is way off, whn it doesn't measure cow patties
Benford's Law is a law, not just a suggestion or a good idea, or something we might wanna consider - it's not possible for a distribution of events to have a less frequently occuring event occur more often than a less-occurring even.
You will always get to a occurrence happening once more often than you will an occurrence happening twice, regardless of context