Squared Pattern

1. May 20, 2005

AntonVrba

Inspired by BicycleTree's patterns

$$\begin{array}{c,c,c,c,c,c,c,c,c,c,c} 0&1&1&1&1&1&1&1&1&1&1\\ 0&2&1&2&1&2&1&2&2&1&1\\ 0&2&1&3&2&4&3&4&1&2&1\\ 0&4&6&3&5&2&1&3&2&6&1\\ 0&2&6&8&1&7&9&4&8&10&3\\ 0&4&6&10&3&5&11&2&4&8&1\\ 0&2&6&12&14&3&7&9&13&2&8\\ 0&4&10&12&18&3&5&9&15&2&4\\ \end{array}$$

Find the next row and columb

2. May 23, 2005

Rahmuss

When you say next "row and column" you mean that there is a whole new row AND a whole new column added onto that? Or is there just another row?

3. May 23, 2005

dextercioby

And it's not columb,but Columbus...:tongue2: I think you meant to fill in the last line.

It's "column".

Daniel.

4. May 25, 2005

AntonVrba

Yes rows AND columns can be expanded indefinately.

yes it is column not columb but then the b is next to the n on the keyboard

5. May 25, 2005

Rahmuss

Do the row and column go together? Or can I find the row and still not know what the next column is? Because there aren't an equal amount of rows and columns...

6. May 25, 2005

Jimmy Snyder

I have no clue for an answer. I note however the the second column is the differences between the primes.

2
-- 1
3
-- 2
5
-- 2
7
-- 4
11
-- 2
13
-- 4
17
-- 2
19
-- 4
23

This probably has no bearing on the solution.

7. May 25, 2005

AntonVrba

you will find the solution only by using primes