The text implies that only Eliezer, not all 318 men, arrived with Abram because the word “Eliezer” (Abram’s servant) has a numerical equivalent of 318. Gematria is used in Hasidic literature called the Kedushat Levi to extrapolate meaning from this verse. This text notes that the Hebrew word “siach,” which means “speaking or chatting,” has a numerical value of 318. The passage makes the case that Abram’s victory over his adversaries was made possible by the force of uttering God’s holy name. Many people have believed over the years that the Torah has hidden meanings that may be deciphered using gematria as well as used to foretell the future. This notion has persisted ever since it was established by the 1997 publication of Michael Drasin’s best-selling The Bible Code. Hebrew.Chars contains constants for every letter as well as lists by character category’s. Each value is an instance of a class that represents a character in the Hebrew character set with relevant properties. The Hebrew Gematria is the oldest known Gematria, and you should have a separate Hebrew gematria calculator to find the values in the Hebrew Gematria. The Gematria Hebrew is specific and there is no regularity of the numeric except for the first 5 numbers of the English alphabets. If you have implemented the Full Reduction Gematria, then it should be clear to you that the Reverse Full Gematria is completely a reverse to the Full Reduction Gematria. You can find the value of any word by the gematria calculator, as it is simple to understand the code. The Reverse Ordinal Gematria is actually the complete reversal of the ordinal Gematria. You can see the numeric value of the string alphabet “A” is “26” and the letter “Z” has the numerical value of “1”. This is a complete reversal of the English Ordinal Germatia. You can find the Reverse Ordinal Gematria value of any word by the gematria decoder. The word “HELLO” is equal to 25 in Full Reduction Gematria and these values can be reconfirmed by the gematria calculator. Achbi divides the alphabet into two equal groups of eleven letters. Within each group, the first letter is replaced by the last, the second by the tenth, etc. The same name, Mispar ha-Gadol, is also used for another method, which spells the name of each letter and adds the standard values of the resulting string.