Maximum fast converging 3 by 2 of pi

3 iterations.3 by 2 of pi to 3 places.

Otherwise we do have 4 exactly.

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Something like this

 An expression like this can be tried for pi .

I hope to get 4 minus pi using golden ratio(3 places)

Another expression to get 4 minus phi using golden ratio (4 places) is 4 -pi = 530/999 times phi

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Got 4

 

I have two solutions currently to get pi to more places.

1. Divide by 4/pi.

2. Increase n in 0.000041206 by 0.0555.

I have watched the Youtube video on pi=4 and this step will require a team, I think.

My fast converging pi formula

9 places of 1 by pi in 1 iteration. 

I am working further on expression like these

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Adds value to my theory

My theory is about swaying hands and legs; three consecutive numbers; four consecutive numbers; and golden ratio. 

This formula augments my theory. 

Hope you have a nice weekend!!

Rare and Exact

It is rare to get golden ratio in equations supporting my theory. 

Mein Gott !! Gauss was exactly accurately precise. Can't believe it.  

There are certain things I want to work my thoughts on. Origami sheets, three expressions for pi by 3 root 3. These I am not able to. I am damn too slow in manipulations, calculus. But my understanding is good.

I have ready-made matrix app model. Most of Indian applications and many US applications can utilize this idea. Pre defined matrix model.

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This one too