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A Merkle Tree is formed from the leaves first and then working through to finally find the Merkle Root, and each node that is not a leaf contains a hash of its two child node hashes.

A Merkle Tree is formed from the leaves first and then working through to finally find the Merkle Root, and each node that is not a leaf contains a hash of its two child node hashes.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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**Concept of a Merkle Tree** A Merkle Tree is formed from the leaves first and then working through to finally find the Merkle Root, and each node that is not a leaf contains a hash of its two child node hashes. - **True** - **False** This question checks the understanding of Merkle Trees used in computer science, particularly in blockchain and data verification processes. **Explanation:** - **Merkle Trees** are data structures used for efficiently and securely verifying the contents of data. - **Leaves** represent the individual data blocks. - **Merkle Root** is the top node, which provides a single hash that summarizes the entire tree. - This structure is essential because it allows for efficient data verification, ensuring data integrity and prompt validation by comparing hash values from bottom to top.
Transcribed Image Text:**Concept of a Merkle Tree** A Merkle Tree is formed from the leaves first and then working through to finally find the Merkle Root, and each node that is not a leaf contains a hash of its two child node hashes. - **True** - **False** This question checks the understanding of Merkle Trees used in computer science, particularly in blockchain and data verification processes. **Explanation:** - **Merkle Trees** are data structures used for efficiently and securely verifying the contents of data. - **Leaves** represent the individual data blocks. - **Merkle Root** is the top node, which provides a single hash that summarizes the entire tree. - This structure is essential because it allows for efficient data verification, ensuring data integrity and prompt validation by comparing hash values from bottom to top.
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