Blockchain Developer Certification Practice Exam 2026 – All-In-One Guide to Master Your Certification!

When Solidity code is compiled, it undergoes a transformation process where it is converted into bytecode and operational codes that the Ethereum Virtual Machine (EVM) can execute. This bytecode is a low-level representation of the original high-level Solidity code, allowing the code to be run on the Ethereum blockchain.

The conversion creates an executable format that maintains the logic and intent of the original code but is tailored for efficiency and functionality in a decentralized computing environment. The bytecode generated is what gets deployed to the Ethereum network, enabling contracts to function as intended once they are live.

This process of compilation is crucial, as the bytecode engages with the EVM's architecture, making it accessible for nodes within the Ethereum network to interpret and execute. As a result, Solidity code cannot remain in its original form because it needs to be understood by the EVM, which operates using this bytecode format. The other choices provided do not accurately reflect what occurs during the compilation of Solidity code, highlighting the importance of understanding this transformation for anyone looking to work effectively with smart contracts on the Ethereum platform.