polygon is a stack of protocols designed to fix Ethereum’s scalability issues. The Polygon network addresses the network’s challenges by handling transactions on a separate Ethereum-compatible blockchain. 

Polygon then returns transactions to the main Ethereum blockchain post-processing. This approach lowers the network load on Ethereum. In doing so, Polygon can speed up transactions and lower transaction costs to less than a cent.

In other words, Polygon, formerly known as Matic network, provides an easy framework for new and existing blockchain projects to build on Ethereum without scalability issues.

Using Polygon, users can interact with any decentralized application (DApp) without ever having to worry about network congestion.

This guide delves into everything there is to know about the Polygon Matic network, how Polygon works and how this innovative solution is making Ethereum easier to use. fFor more information check

Blocks are the central part of blockchain technology. They can be considered the distributed ledger pages of the blockchain. Each block contains information such as transactions made on the blockchain platform, which include: the transaction's time, the sender's public address and the receiver's public address, its own hash, and the previous block's hash.

All this information is permanently stored on the blocks and cannot be changed or deleted.

Blocks are identified by long numbers, including encrypted transaction information from previous blocks and new transaction information. Before new blocks can be created, blocks and the information within them must be verified by a network.

According to the table and information below, the average time between blocks on the polygon blockchain is 2.25 seconds.

The minimum time between two blocks is 2 seconds, and the maximum is 25 seconds.

The number of transactions in each block is 75 transactions.

Note that the average number of transactions has been trended for better understanding.

In the table and graphs below, these items are compared on six famous blockchains:

• Average time between two blocks
• Minimum time between two blocks
• Maximum time between two blocks
• The number of transactions performed in each block

Conclusion: According to the obtained statistics, these points are noteworthy:

• The average time between two blocks is the highest on the Ethereum network and the lowest on the Solana network.
• The minimum time between two blocks is the maximum time for the polygon network.
• The maximum time between two blocks is the maximum time for the flow network.
• The average number of transactions per block is the highest for the Solana network and the lowest for the second layer networks of Arbitrum and Optimism with one transaction.