Ideas in this flowchart

• Blockchain blocks are linked to provide resistance to tampering.
• A miner finds a valid block hash.
• A new block is created.
• The new block includes the hash of the preceding block.
• The new block receives the next sequential block number.
• The sequential block becomes mathematically linked to its predecessor.
• The underlying data may undergo even a minor change.
• The changed data produces a different hash.
• Changing an earlier block alters its hash.
• The altered hash disrupts the mathematical links.
• The disruption extends to every later block.
• The later blocks no longer match the altered history.
• The network recognizes the established blockchain chain.
• The altered history no longer matches the chain recognized by the network.
• Tampering with the blockchain history becomes difficult.
• The blockchain is highly resistant to tampering.