Anonymous ID: 5545e3 Nov. 28, 2018, 1:23 p.m. No.4063348   🗄️.is 🔗kun   >>3416 >>3424 >>3548

>>4063311

Look at values of c that have MANY factors. There will be lots of pairs of n-1 and n in -f and e columns.

Look at how those pairs relate in the first cell of n-1 at f and n at e.

The lookup is clearest with values of c that have MANY factors.

The more factors a number has, the more visible the pattern is.

In The End, you'll see it for the product of two primes and it won't be there for primes.

Anonymous ID: 5545e3 Nov. 28, 2018, 1:58 p.m. No.4063715   🗄️.is 🔗kun   >>3727

>>4063416

Yes.

You can choose any number you like and find it from the cell at 0,1 or 1,1.

The more factors a number has increases the appearances in that column at multiple values of n, and importantly the number of values grows faster than linearly.

Each combination of factors appears in the cell in the first row of e and with the association pattern at -f.

You will see it clearly with many factored numbers.

You then won't unsee it.

Then work back to products with fewer factors.

This is the pattern.

You will see it.

No one starts with many factors.

It is key.

It took me years.

Godspeed anon.