Drag and Drop Question Match the Azure Cosmos DB APIs to the appropriate data structures. To answer, drag the appropriate API from the column on the left to its data structure on the right. Each API…

The correct answer is Gremlin API Graph data; MongoDB API JSON documents; Table API Key/value data. Gremlin API is designed for graph data, supporting vertices and edges to model relationships. MongoDB API is optimized for JSON document storage, providing compatibility with MongoDB workloads and document-oriented data structures. Table API is purpose-built for key/value data…

Submitted by weili_xi· Mar 30, 2026Describe Azure storage services / Describe Azure database and analytics services (AZ-900 Domain: Core Azure Services)

Question

Drag and Drop Question Match the Azure Cosmos DB APIs to the appropriate data structures. To answer, drag the appropriate API from the column on the left to its data structure on the right. Each API may be used once, more than once, or not at all. NOTE: Each correct match is worth one point. Answer:

Exhibit

Answer Area

Drag items

Cassandra APIGremlin APIMongoDB APITable API

Correct arrangement

Gremlin API Graph data
MongoDB API JSON documents
Table API Key/value data

Explanation

Gremlin API is designed for graph data, supporting vertices and edges to model relationships. MongoDB API is optimized for JSON document storage, providing compatibility with MongoDB workloads and document-oriented data structures. Table API is purpose-built for key/value data, offering a premium alternative to Azure Table Storage with global distribution and automatic indexing. Cassandra API, while not matched here, is designed for wide-column data structures (similar to Apache Cassandra), making it the unused option in this scenario.

Topics

#Azure Cosmos DB#NoSQL APIs#Data Structures#Database Services

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