bei'e

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Experimental cmavo.

Built as a MAI, with a number prepended to bei'e; placed as an evidential.

The number added to the front is the decibels of logarithmic Bayesian probability the speaker assigns to the word or phrase that the bei'e refers to. 0, nobei'e, represents 50% confidence, higher numbers greater confidence, lower numbers lesser confidence, as according to E.T. Jaynes' standard description.

||ni'uci'ibei'e|-∞|0%|1:∞|complete disbelief, paradox

ni'upabei'e|-1|44.3%|4:5|

ni'ubei'e|<0|<50%|<1:1|less than even odds, less likely than so

nobei'e|0|50%|1:1|neither belief nor disbelief, agnosticism

ma'ubei'e|>0|>50%|>1:1|greater than even odds, more likely than not

pabei'e|1|55.7%|5:4|preponderance of the evidence

rebei'e|2|61.3%|3:2|

cibei'e|3|66.6%|2:1|clear and convincing evidence

vobei'e|4|71.5%|5:2|

mubei'e|5|76.0%|3:1|beyond a reasonable doubt

xabei'e|6|80.0%|4:1|

zebei'e|7|83.3%|5:1|

bibei'e|8|86.3%|6:1|

sobei'e|9|88.8%|8:1|

panobei'e|10|90.9%|10:1|

pacibei'e|13|95.2%|20:1|

xarebei'e|62|99.99994%|1,500,000:1|5 standard deviations

ci'ibei'e|∞|100%|∞:1|complete belief, tautology

xobei'e|?|?%|?:?|question, asking listener their level of belief||

Adding 10 decibels multiplies the odds by a factor of 10.

Some people prefer to measure probability in bits rather than decibels. The conversion between them is fairly easy, as there are 3.01 decibels in a bit, so simply dividing by three will suffice for everyday purposes. (bei'e uses decibels rather than bits for the increased resolution, but should anyone really want an experimental cmavo that uses bits instead, they are as free to create and use it as I was to create bei'e. Perhaps change the final e for an i, to represent the change from dEcibels to bIts.)