English Deutsch Français Italiano Español Português 繁體中文 Bahasa Indonesia Tiếng Việt ภาษาไทย
All categories

4 answers

you can count names .e.g.-every alphabet has its own no.like a=1,b=2etc.so if a name is tina=t=20,i=9,n=14,a=1.now add all the numbers separately.2+0+9+1+4+1=17.now add this no.17=1+7=8.so tina's lucky number by her name is 8.if you want to count nos.then add your birthday.e.g.-15.02.1995.add it.1+5+0+2+1+9+9+5=32.now add 32=3+2=5.so her lucky no. is 5.o.k.ANDsorry mithril it's not that alphabet has a value from1-9

2006-06-20 03:26:05 · answer #1 · answered by miss pink laviender ( 2 · 0 0

sorry, High Templar. Not the way it's done. Every letter has a value from 1 to 9. Then you reach the 9th letter, start over again at 1 until you reach the end of the alphabet. For example, J would be 9, and K would be 1. Then add the numbers that represent each letter together. If you wind up with a double digit number, then add those together. If your sum is say 42 then add 4+2 and your final number would be 6. Then find out what that number means.

2006-06-20 08:58:20 · answer #2 · answered by mithril 6 · 0 0

Every letter has a number attached to it. Starting from A it goes from 1 all the way to Z which is 26. Then you replace each letter of your name with the number associated with that letter. Now you have to summ all the numbers making sure you end up with no 2 digit figure.

If you want to calculate your 'lucky number' you would do something like this. For me it will be:

Name: High Templar
Code: 8978 205131612118
Sum: 8+9+7+8 2+0+5+1+3+1+6+1+2+1+1+8 = 63 = 6+3 = 9

So my lucky number for my Nick is 9!

2006-06-20 08:44:49 · answer #3 · answered by High Templar 2 · 0 0

mithril is correct with her answer if you are in the USA and using the English alphabet, look it up on line. It maybe be different in other countries but here it is based on 9 digits. there are only 9 numbers and all other numbers are broken down to 1 digit.

2006-06-20 09:23:49 · answer #4 · answered by cj 4 · 0 0

fedest.com, questions and answers