That Which Is Perfect

[bluetriangle]

Pi - 20 numbers
31415926535897932384 / 31102 = Remainder 8472

Verse 8472 | 2 Samuel 17:22 = 39 + 2 = 41

Why did you choose the first 20 digits of pi?

[SonOfZion232]

Pi - 20 numbers
31415926535897932384 / 31102 = Remainder 8472

Verse 8472 | 2 Samuel 17:22 = 39 + 2 = 41

Why did you choose the first 20 digits of pi?

What is the reasoning behind your question?

I have done thousands of verses of Pi, e, and Phi, that's just one example that was shared in this thread in combination with 120 digits.

Out of all that is in here that you could have wondered about.

Why did you choose to ask that particular question?

[Alex]

31415926535897932384 / 31102 = Remainder 8472

31415926535897932384 / 31102 = 1010093451736156.2

[bluetriangle]

Pi - 20 numbers
31415926535897932384 / 31102 = Remainder 8472

Verse 8472 | 2 Samuel 17:22 = 39 + 2 = 41

Why did you choose the first 20 digits of pi?

What is the reasoning behind your question?

I have done thousands of verses of Pi, e, and Phi, that's just one example that was shared in this thread in combination with 120 digits.

Out of all that is in here that you could have wondered about.

Why did you choose to ask that particular question?

This is the first thing you wrote and I want to start from the top. Is that an issue for you? I take it you are here to share with us, yes?

Incidentally, its quite rude to quite pointedly ask someone why they are asking what is a quite reasonable question, as if I have some kind of agenda here. I'm trying to understand your work and I would like to know why you chose the first 20 digits of pi, and not the first 24, 26 or 50 digits, or the first 20 decimal digits, for that matter.

[SonOfZion232]

31415926535897932384 / 31102 = Remainder 8472

31415926535897932384 / 31102 = 1010093451736156.2

31415926535897932384 = 1010093451736156 × 31102 + 8472

[SonOfZion232]

Why did you choose the first 20 digits of pi?

What is the reasoning behind your question?

I have done thousands of verses of Pi, e, and Phi, that's just one example that was shared in this thread in combination with 120 digits.

Out of all that is in here that you could have wondered about.

Why did you choose to ask that particular question?

This is the first thing you wrote and I want to start from the top. Is that an issue for you? I take it you are here to share with us, yes?

Incidentally, its quite rude to quite pointedly ask someone why they are asking what is a quite reasonable question, as if I have some kind of agenda here. I'm trying to understand your work and I would like to know why you chose the first 20 digits of pi, and not the first 24, 26 or 50 digits, or the first 20 decimal digits, for that matter.

This work is not for you, maybe you should stick to finding triangles

[Alex]

https://drive.google.com/file/d/1C9dtv2 ... sp=sharing

[SonOfZion232]

https://drive.google.com/file/d/1C9dtv2 ... sp=sharing

Have you ever heard of Division?

Quotient and remainder:

31415926535897932384 / 31102 = Remainder 8472

31415926535897932384 = 1010093451736156 × 31102 + 8472

[Alex]

Yes, I have learned about it but I have only used in programming, I have never seen it in practice in real life until you came here.
But yeah my bad as I should have known that.

[bluetriangle]

What is the reasoning behind your question?

I have done thousands of verses of Pi, e, and Phi, that's just one example that was shared in this thread in combination with 120 digits.

Out of all that is in here that you could have wondered about.

Why did you choose to ask that particular question?

This is the first thing you wrote and I want to start from the top. Is that an issue for you? I take it you are here to share with us, yes?

Incidentally, its quite rude to quite pointedly ask someone why they are asking what is a quite reasonable question, as if I have some kind of agenda here. I'm trying to understand your work and I would like to know why you chose the first 20 digits of pi, and not the first 24, 26 or 50 digits, or the first 20 decimal digits, for that matter.

This work is not for you, maybe you should stick to finding triangles

I'm sensing issues here.