It's in my post that LoyceV quoted above:
PS
If it's a Bech32 address then just add p2wpkh: in front of the private key.
Eg p2wpkh:KPrivateKey

There is no tx fee paid in coinbase transactions....
[/quote]
I guess he means transaction fees of transactions in the block as block reward.

The blockchair.com explorer does that by default.

@OP:
It tries to convert hash160 of bitcoin addresses to ASCII string for cases where people encode data in the blockchain by using "fake" bitcoin addresses.
For example if you view this 'fake' address 17xws5ASGc1dpKYB6jBRnRJGEKEQ4Xq7fy on Blockchair block explorer it will automatically convert the hash160 of the address 4c656e20776173206f757220667269656e642e20 to
If it tries to decode that of a "real" bitcoin address then it will rightly output gibberish, as you can see in your address.

It was mined, along with subsequent blocks.
There was no premine at all in bitcoin.
The difficulty was actually very low so it was very easy to mine.

The code for the Bitcoin-Qt GUI can be found here

Icons can be found in the res folder.

Change the dadtadir and the port and you should be good to go, or better still, run the BCash node in a VM.

No. In proof of stake blocks are forged by a set of validators who have a locked amount of funds at stake to incentivize good behaviour
Not at all.
There are no blocks to be produced no transactions to be validated, no native  coins to be produced, there is no stake locked up to validate transactions.
The lightning network relegates double spending protection and all that to the blockchain
The only resemblance with a proof of stake system is the penalty for attempting to cheat the system by broadcasting a stale channel state.
Again false.
Sidechains are their own blockchains while the Lightning Network is not a blockchain but a "layer" on the bitcoin blockchain.
Infact you can deploy a lightning network on most blockchains that support HLTCs.

If you call any offchain payment mechanism a sidechain then that means you also consider exchanges as sidechains too.

Please, tell us, how exactly does swapping signed commitment transactions across nodes constitute a proof of stake system or a sidechain?

Changing the order of transactions in a block that has a segwit transaction is actually hard, as the miner would have to recompute the witness transaction IDs stored in the Coinbase transaction

Hold the windows button and the R button
Then paste this then press enter.
It should open the bitcoin data directory

It's located in C:\Users\YourUserName\Appdata\Roaming\BitCoin (If you're using windows Vista and above

When you install bitcoin core it'll generate a new wallet.dat
Swap it with the encrypted one you have.
Then go to help -> debug -> console

Eg

You can use Electrum.
In the field where you enter the private key, enter p2wpkh-p2sh: in front of the private key.
For example, do this:
Replace "5blahblah" with your private key.
It should import the correct address

Exactly, yes

As long as the miner includes the Coinbase transaction (the one paying the block reward), the block is valid and can be published.
They are called "empty blocks"
An example is this one

It doesn't work that way

For mining ANY block you don't need any bitcoins-- mining itself creates Bitcoins.

Also, addresses are just hashes of public keys. You can make as many as you want, you don't need to mine or to be connected to the internet or blockchain.

The only difference between the genesis block and any subsequently mined block is that the genesis block doesn't have a previous block header hash because well it was

The nonce is iterated to find a block hash lower than the target.
Before you start trying nonces you must have a candidate block already (complete with transactions)

Use Abdussamad's script to convert it to a format Electrum understands.

Yahoo's signature campaign is open once again

Since you have the address, unlock your wallet and dump the private key for that address, then import it into another wallet eg Electrum.

Go to Help, then debug, then console.
Then type:
Press enter then type
You'll get an alphanumeric string starting with 5, K, or L.
Import that into Electrum to access your bitcoin.

1.) There is no concept of "the" mempool; all full nodes have their own local mempool.
So it's possible that your bot won't even find the tx at all.

2.) It's not guaranteed to work at all.
How do you know a miner hasn't already assembled the first tx in a candidate block?
If he already has then he can't accept the new tx even though he sees it because it conflicts with one already in his candidate block.


There's no way for it to work.
The private key is what you should protect.