09 Feb Ethereum: How does Bitcoin divisibility work?

Bitcoin: Understanding Division

As a developer, you are probably familiar with the concept of mathematics division. However, when it comes to bitcoin, the division can be a little more complex because of its unique cryptographic mechanisms. In this article, we will investigate how Bitcoin allows you to divide and explore an example by a high -level code.

What is the division?

In mathematics, the division refers to the ability of one number to be divided with another without the rest. For example, in decimal arithmetic, 12 ÷ 3 = 4 with the rest 0.

Bitcoin -ov blockchain and cryptography

Bitcoin Basic Blockchain is based on a public book called “Blockchain”. Each block contains a set of transactions (Bitcoin Coin collection), which has been checked by a network of nodes connected to blockchain. In order to create a new block, a miner (specialized computer) must solve a complex mathematical puzzle.

The key to Bitcoin’s division lies in his cryptographic mechanisms. Blockchain is designed to be protected and safe, using advanced algorithms such as the SHA-256 (safe hash algorithm 256). These algorithms ensure that any attempt to change or change blockchain will result in significant computer costs, which makes it almost impossible.

Example: Division into Bitcoin

Let’s consider an example to illustrate how Bitcoin allows division:

Suppose we have two bitcoins with addresses 0x1234567890ABCDEF I0x9876543210Fedcba. We want to divide one of these bitcoins into smaller units, say 2.5 bitcoin.

Blockchain contains a list of all existing bitcoins, including their balance. When we create a new block containing a transaction (divides 1 bitcoin from 0x1234567890ABCDEF according to the address0x9876543210fedcba with a value of 2.5 units), we need to find the lowest number that can be divided into 3 units of 2.5 units.

0x1234567890ABCDEF / (2 * 0x9876543210fedcba) = 0x12E1B01D4A9CC33 …

Then we divide this result with another number that can be divided into two parts2.5 units’. Let’s say we create a new block with a transaction:

0x1234567890ABCDEF / (2 * 2,5) = 0x12e1b01d4a9cc33 ...

Notice how this procedure is repeated repeatedly, each time using different numbers to calculate division.

Key acceptance

The Bitcoin -divide mechanism relies on its cryptographic algorithms and a decentralized web of Rudar. Blockchain is designed to be safe and unauthorized, allowing users to check the balance of existing bitcoins without disrupting the network.

In high -level code, this can be presented as follows:

`Python

Import the hashlib

Determine Calluce_divisability (amount, divisor):

Create a new Sha-246 hash

hash = hashlib.sha256 ()

Calculate the hash value for the amount and the divisor

hash.update (pp (quantity) .encode (‘utf-8’))

quantity string view

hash.update (pp (Divisor) .encode (‘UTF-8’))

Divisor String Team

Return the hash value as a hexadecimal string

return hash.hexdigest ()

Example of use:

amount = 1,25

2,5 bitcoins divided into 3 units

divisor = 2.5

Print (Callalle_divisability (amount, divisor))

`

This clip of the code shows how to calculate the division2.5bitcoin by dividing one of them is 3 units using the SHA-256 algorithm.

In conclusion, the Bitcoin division mechanism is based on its cryptographic algorithms and decentralized network of miners. By understanding these concepts, we can appreciate the complexity and safety of this system.

BITCOIN PROPER