n:n+1 which can also be n-1:n whose reciprocals would be n:n-1 and n+1:n, are equations & or formulas which involve consecutive number ratios. The rule of n in these equations is the same as x in formal algebra but it uses a different letter which changes the outcome in concern to convergences. This is because there is a different correlation in concern to the letters of words because it has to do with the first letter of the word which has a sequencial number (like how it is with acronyms). In this case they are in relation to the English language where n=number (this also involves alphanumerical code where n=14). This can be done with any language, any alphabet or with any alphanumerical conversion. There are unquantifiable variations for these types of formulas or ratios (such as n:n×3) where either N or n (determining) is using any whole number but can also be representing a fraction or a decimal. These are also unquantifiable in the number of combinations and variations.
Friday, October 2, 2020
Wednesday, September 2, 2020
Thursday, August 20, 2020
Friday, August 14, 2020
QUARKS, SUB-ATOMIC PARTICLES, NETWORKING & .666
Fractional Charges of Quarks: +2⁄3 e, −1⁄3 e (+.666, -.333)
READ MOREMonday, August 3, 2020
Subscribe to:
Posts (Atom)
Services Rendered
subdomain | daily visitors | fraction google.com | 2261290000 | 41.05% mail.google.com | 858627000 | 15.59% docs.google.com | 462496000 |...
-
https://www.rss.com
-
http://aws.s3/
-
"Conversions" When expressing different types of sequences, formulas such as n:n+1 can be used. The sequences can be consistant or...