Microsoft AI-200 Practice Test

Answer choices

1. A. Use a single Service Bus queue specifically because every subscriber must independently get the same notification, as configured.
2. B. Use Azure App Configuration as the event broker, as the primary implementation for the described business requirement.
3. C. Use Azure Event Grid for event notification and routing, for the described technical objective and its associated operational control requirements.
4. D. Use Key Vault secret rotation events as a general command queue, under the stated technical, operational, and governance constraints.

Wrong-answer review

• A. Use a single Service Bus queue specifically because every subscriber must independently get the same notification, as configured.: Use a single Service Bus queue specifically because every subscriber must independently get the same notification. can be valid in a different design, but it does not satisfy the decisive requirement in this scenario. Event Grid is designed for event-driven publish/subscribe routing and filtering, while Service Bus queues are brokered messaging for command/work processing.
• B. Use Azure App Configuration as the event broker, as the primary implementation for the described business requirement.: Use Azure App Configuration as the event broker. can be valid in a different design, but it does not satisfy the decisive requirement in this scenario. Event Grid is designed for event-driven publish/subscribe routing and filtering, while Service Bus queues are brokered messaging for command/work processing.
• D. Use Key Vault secret rotation events as a general command queue, under the stated technical, operational, and governance constraints.: Use Key Vault secret rotation events as a general command queue. can be valid in a different design, but it does not satisfy the decisive requirement in this scenario. Event Grid is designed for event-driven publish/subscribe routing and filtering, while Service Bus queues are brokered messaging for command/work processing.

Answer choices

1. A. Propagate distributed trace context so downstream spans are correlated as children within the same trace, for consideration.
2. B. Record only CPU metrics with no request context, as the proposed secure, monitor, and troubleshoot azure solutions (20%-25%) approach.
3. C. Put dependency names in Key Vault instead of telemetry, within the defined security and accountability boundaries.
4. D. Assign a different trace identifier at every hop, within the secure, monitor, and troubleshoot azure solutions (20%-25%) context.

Answer choices

1. A. Use two triggers on the same function, one for Service Bus and one for Blob Storage, in the described situation.
2. B. Use an Event Grid subscription as the Blob output binding, as the recommended response to this scenario.
3. C. Use only an HTTP trigger and poll Service Bus from the function body, for this task.
4. D. Use a Service Bus trigger and a Blob output binding, for the stated connect to and consume azure services (20%-25%) requirement.

Answer choices

1. A. Use single revision mode with a moving image tag, within organization-wide risk-and-accountability boundaries.
2. B. Disable revision creation by changing only the image digest, within the defined security and accountability boundaries.
3. C. Use only one replica in the active revision, in this situation.
4. D. Use multiple revision mode, for the stated security, delivery, and accountability requirements.

Answer choices

1. A. Cosmos DB automatically converts the query into a point read, under the stated technical, operational, and governance constraints.
2. B. The query can become cross-partition and consume resources across multiple physical/logical partitions.
3. C. Strong consistency prevents fan-out, as the recommended implementation across the complete governed service lifecycle.
4. D. A vector index forces all data into one partition, within cross-functional operational-accountability boundaries.

Answer choices

1. A. Use Azure App Configuration for the centralized nonsecret settings.
2. B. Use Key Vault secret objects for all nonsecret tuning, for the described technical objective.
3. C. Use Service Bus dead-letter properties as settings, under this approach.
4. D. Use Azure Container Registry as a key-value database, within the proposed design.

Answer choices

1. A. Inspect the App Configuration snapshot, for the stated security, delivery, and accountability requirements.
2. B. Inspect the queue or subscription dead-letter subqueue and its dead-letter reason metadata.
3. C. Inspect the message only by peeking the active queue forever, under the documented operational and governance requirements.
4. D. Inspect the ACR repository, for the described technical objective and its associated operational control requirements.

Answer choices

1. A. Enable a managed identity for the web app, grant it AcrPull on the registry, and configure App Service to use managed-identity registry credentials, for the stated scenario.
2. B. Make the ACR repository anonymous for pull operations, for the described technical objective and its associated operational control requirements, for the stated scenario.
3. C. Grant the web app Contributor on the subscription, for the described technical objective and its associated operational control requirements, as the primary implementation for the described business requirement.
4. D. Enable the ACR admin account and copy the password into the Dockerfile, for the described technical objective and its associated operational control requirements, as the selected response to the described condition.

Answer choices

1. A. Use PgBouncer as the metadata filter, as the selected approach for the stated technical and business outcome.
2. B. Encode tenant_id into the database password, for the described technical objective and its associated operational control requirements, for evaluation.
3. C. Apply relational metadata predicates together with the vector-distance ordering in the SQL query, under the stated decision criteria.
4. D. Run vector search without filters and discard unauthorized rows only after sending them to the client.

Answer choices

1. A. Use summarize without referencing the second table, for the described technical objective and its associated operational control requirements, as configured.
2. B. Use project because project looks up rows in another table, as the selected response to the described condition.
3. C. Use join on the shared requestId with the join kind that matches the desired row semantics, under the organization’s defined implementation and exception-management process.
4. D. Use union because union matches rows by key, for the required operational result and control objective.