Il do it for disability by three and a three digit numbers with the digits a, b and c. The value of that number then is 100a + 10b + c. They concept is the same for nine.
100a + 10b + a mod 3 =
a + b + a
This means that, mod 3, a three digit number is equivalent to the sum of it's digits and therefore preserves disability by 3.
That seems like a fun project, I have myself written two interpreters/simulators and one compiler and it's a lot of fun. However, that's something you do for your self, without a ton of effort and dedication you won't make something useful
I'm going to spend Christmas Eve (the day that we celebrate Christmas in Sweden) with my family and cousins. I'd guess that'll be fine, however I don't know everyone that well so I'm not too excited for it
Okay, guess that's one explanatio n. It just doesn't fit with what I see (as someone whose studied English for ~6 years). People in my class still confuse "you're" and "your" quite frequently.
Il do it for disability by three and a three digit numbers with the digits a, b and c. The value of that number then is 100a + 10b + c. They concept is the same for nine.
100a + 10b + a mod 3 = a + b + aThis means that, mod 3, a three digit number is equivalent to the sum of it's digits and therefore preserves disability by 3.