Ethereum: Which is the relation between transactions and blocks?

Understand the relationship between Ethereum events and blocks

As a beginner in the world of cryptocurrencies, it is likely that in front of terms such as “events” and “blocks” and wonders how they are related to each other. This article breaks down the relationship between events and blocks in the Ethereum block chain.

What are the events?

In a nutshell, the event is a sequence of measures that includes the transfer of property or data from one part in the Ethereum network. Think about it as a list of instructions that define who, what and where the transfer should happen. For example:

• “Send 10 ether (eth) from Alice to Bob”

• “Move your new wallet address to John”

What are the blocks?

The block is a collection of events that the network has found that it is valid and safe. It is like a tank that maintains all events in a certain order, ensuring that they are implemented in a certain way.

In Ethereum, each block is divided into several fields:

* Vocabulary : The Department of Titles contains information about a block, such as its time seal, hash, size and levels of difficulty.

* Title : The main body of the block that contains events and its corresponding income (if any).

* Frame

: A list of events inside the block.

Relationship between events and blocks

Now that we have established both conditions, we immerse how they relate to each other:

• The event is created as part of the block : When a new block is extracted, it contains a list of all its body events. Each event is connected to the previous one.

• The nodes are reinforced and validating events : Before the block can be included in the block chain, all these nodes must be consistent with their qualifications. This process ensures that events within the block comply with the specific criteria (for example, the receiving relationship of the correct sender).

• The new block is created as part of the event : When a valid block is extracted, it will essentially create a new series of transactions and store them in the block chain.

• The block hash acts as a reference to previous blocks : Each block contains a unique hash that refers to all the previous blocks. This link ensures that the transactions are correctly connected and are based on the previous space.

An example of going through

Let’s look at this relationship, let’s see the example:

Alice wants to send 10 eth wallet to Bob. Here it happens:

• Alice creates an event that defines the receiver (Bob) and the quantity (10 eth).

• The event is added to the block, which is then included in the new block.

• The new block contains a list of all events inside, including the original Alice event.

• The block block acts as a reference to previous blocks, ensuring that this special event is correctly connected.

In summary:

• The events are individual guidelines that determine who, what and where the information or funds should be transferred.

• The blocks include certified events in the collection, and each event is connected to the previous hashie.

• The block situation serves as a reference to previous blocks, ensuring the correct link and construction in the previous space.

By understanding this relationship between events and blocks, you will feel more comfortable to navigate in the world of Ethereum and the underlying mechanics.