The answer has nothing to do with the question! The question was WHY and not HOW ....

I think The Question Is't about amount/// Because Satoshi Don't answer for this question clearly , and from this , or this person is Satoshi ))) or He or She think Them Answer on this question....

Variations on this topic are very, very much, if you wrestle ... an average of 18 words gives you about 1764322560 possible options ...

Why Not?   
if we take into account that dividing into the Name itself, we get something like this .... Satoshi - Naka-Moto
Where Moto is the feminine gender, and the female name is ... Naka is a Surname. A Satoshi Description ....
This is one of the possible decompositions .... There are a lot of them. so exclude that he can be and she! if we are talking about one person is not right!

In general, so, there is some kind of healthy logic! all that is connected with this riddle. a ton of information. which I read and rechecked in 2 weeks! on different topics! It is not even clear how a private key is obtained. and each of the probable answers has to be transferred through different systems and thus you get a different key, respectively !!! Not very informative (Given) this question! Abstract! 8 words 32 characters without special ... the digit is not a special character but it is not specified that it can be used! Generally from where do I know that this is not just the author’s backup wallet, from where he will withdraw this amount on a rainy day. Does a private key have any relation to the task at all? ))))

I think Every Shot will be in the dark if we don't get how get privat key from our ideas! whe you will find something how you check it on correct ? 

Why 32 character? PK has 30 's long  It seems we need only answer contain words and some like brain wallet//// 

Is it this correct manipulation with words to get Privat Key?  ( Because i get different key when use it)

P.s Apologise to Author of this code.



# importing binascii to be able to convert hexadecimal strings to binary data
import binascii
#private_key_static = "0000000000000000000000000000000000000000000000000000000000000002"
private_key_static = binascii.hexlify("Your words hire".encode())
print (private_key_static.decode())
# Step 1: here we have the private key
private_key_static = "29a59e66fe370e901174a1b8296d31998da5588c7e0dba860f11d65a3adf2736"
# Step 2: let's add 80 in front of it
extended_key = "80"+private_key_static
# Step 3: first SHA-256
first_sha256 = hashlib.sha256(binascii.unhexlify(extended_key)).hexdigest()
# Step 4: second SHA-256
second_sha256 = hashlib.sha256(binascii.unhexlify(first_sha256)).hexdigest()
# Step 5-6: add checksum to end of extended key
final_key = extended_key+second_sha256[:8]
# Step 7: finally the Wallet Import Format is the base 58 encode of final_key
WIF = base58.b58encode(binascii.unhexlify(final_key))
print (WIF)

Good Time All. My question is How to determine what I bring private key in the right way. I use several generators and they give me the same result when translating just the words into the key and when translating the hash of the same words. but when I use the python data here he gives me another key about both cases. So there are different ways to get a private key. all these ways give the result of public address. Although they all end up coded with 256 encoding

Thank you