Based on my earlier post, I further modified and obtained this equation.
I hope you like this one. Have a nice day, dear blog readers !!
I have made a one to one correspondence for the above. To me there seems to be enough mathematics still to it. And (3n+1)(3n+3) is so close to (3n+1)(3n+2).
What are your views ?
4 comments:
I have made Kirtivasan transform !!
Well there is another very interesting discovery I made. On the above problem. The above problem involves "3 consecutive numbers and 4 consecutive numbers " theory. Yes. It does. Is it not amazing?
If you look at it the paper on "Rational number series " has given
1. Golden ratio equations
2. Pi formulas
It feels great.
I feel it is a big one.
Pi in terms of 3 and 4 consecutive numbers. Isn't it great.
Moreover there is already a golden ratio expression in 3 and 4 consecutive numbers.
The concept is simple too.
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