Understanding the relationship between transactions and blocks in Ethereum
As a beginner in the world of cryptocurrencies, he probably encounters phrases such as “transactions” and “blocks” and thinking about how they are related. In this article, we spread the relationship between transactions and blocks in blockchain ethereum.
What are the transactions?
Simply put, the transaction is a series of actions that include the transmission of devices or data on one side to the other on the Ethereum network. Think about the instructions that determine who, who, what and where to become. For example:
- “Send 10 ether (ETH) from Alice to Bob”
- “Transfer of the new portfolio to John”
What are the blocks?
The block is a set of transactions that the network is important and proven as safe. It’s like a container that stores all transactions in a certain order, ensuring that they are made in a certain way.
In Ethereum, each block is divided into several fields:
Vocabulary **: The header section contains information about the block, such as its time stamp, abbreviation, size and difficulty.
* Header : The main body of the block containing transactions and their appropriate input data (if it exists).
* Body
: List of transactions in the block.
connection between transactions and blocks
Now, when we have defined both conditions, we immerse ourselves in the way they refer to each other:
- The transaction is created as part of the block
: If the new block is extracted, it contains a list of all body transactions. All transactions are connected to the previous stomach.
2.
- The new block is created as part of the transaction : If the correct block is a miner, it basically creates a new set of transactions and stores them in blockchain.
- The block serves as a reference to the shortcut to previous blocks : each block contains a unique shortcut that refers to all previous blocks. This link ensures that the transactions are properly connected and based on the previous state.
Sample review
Let’s look, for example, illustrating this relationship:
Alice wants to send 10 ETH to Bob from her wallet. Here’s what happens:
- Alice creates a transaction that defines the recipient (BOB) and the amount (10 ETH).
2.
- The new block contains a list of all transactions, including the original Alice transaction.
- The block serves as a reference to the shortcut to previous blocks, ensuring the correct connection of this particular transaction.
To sum up:
- Transactions are unique instructions that determine who, what and where to send data or tools.
- The blocks contain a set of controlled transactions, each transaction to the previous one via Hashuk.
- The block serves as a reference to the shortcut to previous blocks, ensuring the correct connection and construction to the previous state.
Understanding the relationship between transactions and blocks, it becomes convenient in the world of Ethereum and its mechanics.