EQUATION:
X = 10
Y = 20
Z = 21
1. 2 x 10 + 11 = 31 <- FIRST NUMBER
2. ( 2 x 21 + 20 ) - 5 = 57 <- SECOND NUMBER
3. |( 20 + 21) - 10)| 31 <- THIRD NUMBER (it can only be positive so do it absolute value.) and boom!
EQUATION:
X = 10
Y = 20
Z = 21
1. 2 x 10 + 11 = 31 <- FIRST NUMBER
2. ( 2 x 21 + 20 ) - 5 = 57 <- SECOND NUMBER
3. |( 20 + 21) - 10)| 31 <- THIRD NUMBER (it can only be positive so do it absolute value.) and boom!
so | ( Y + Z ) - X | we established our variables before SO
| ( 11 + 21 ) - 20 | = 12
now we know all 3 numbers for our code, 51 48 12
so | ( Y + Z ) - X | we established our variables before SO
| ( 11 + 21 ) - 20 | = 12
now we know all 3 numbers for our code, 51 48 12
(2z + y) - 5 take your Z times it by 2 and + it by your Y. then - by 5 so
lets say Z = 21, Y = 11, 2 x 21 + 11 - 5 = 48
that will be my 2nd number
(2z + y) - 5 take your Z times it by 2 and + it by your Y. then - by 5 so
lets say Z = 21, Y = 11, 2 x 21 + 11 - 5 = 48
that will be my 2nd number
2x + 11 this just means you are going to take your X value, and times it by 2 then + it by 11, so if i have x = 20, i will do 2 x 20 + 11 = 51.
2x + 11 this just means you are going to take your X value, and times it by 2 then + it by 11, so if i have x = 20, i will do 2 x 20 + 11 = 51.