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Quiz DP-700: Microsoft Implementing Data Engineering Solutions Using Microsoft Fabric

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Quiz

1/10
Your organization is implementing a Microsoft Fabric workspace for a data engineering team. You need to
configure workspace settings to support multiple teams working on different projects while maintaining role-
based access control. Users from the marketing team should only see and work with marketing-related
items, while the analytics team should have full workspace visibility. Which two actions should you take to
achieve this configuration?
Select the answer
2 correct answers
A.
Use workspace roles to assign Marketing Contributor and Analytics Admin roles to respective team members, then configure item-level permissions by creating a security group for each team
B.
Create separate workspaces for each team and use workspace roles to manage access
C.
Configure only dataset-level Row-Level Security (RLS) without using workspace roles, as this is sufficient for all access control needs
D.
Use only Azure AD group membership and rely entirely on Fabric capacity settings to manage team isolation
E.
Assign all users as workspace admins and handle data access restrictions only through report-level filters

Quiz

2/10
You are designing a data ingestion solution for a healthcare organization that receives patient data from
multiple hospital systems throughout the day. The data arrives in batches at irregular intervals (every 2-8
hours), and the organization requires that data be available for analysis within 30 minutes of arrival. You
need to recommend a loading pattern that balances latency requirements with cost efficiency. Which loading
pattern should you implement?
Select the answer
1 correct answer
A.
Implement a scheduled batch load with a 30-minute interval using Data Factory pipelines, combined with incremental load logic to move only new or changed records
B.
Use real-time streaming ingestion with Azure Event Hubs to capture all data events, as this is the only pattern that meets the 30-minute SLA
C.
Implement full batch loads every 8 hours without incremental logic, since the data arrives in batches anyway
D.
Use manual data imports through Power BI Desktop with a scheduled task, as this minimizes infrastructure costs
E.
Implement a 5-minute polling interval on all source systems to detect new data, regardless of actual data arrival patterns

Quiz

3/10
Your team is implementing a Data Factory pipeline in Microsoft Fabric that orchestrates a multi-stage ETL
process: raw data ingestion from an API, transformation using a Spark notebook, and loading into a
warehouse table. During a recent run, the pipeline failed at the transformation stage with a Spark execution
error. You need to diagnose the issue efficiently. Which two actions would provide the most relevant
diagnostic information?
Select the answer
2 correct answers
A.
Review the Spark notebook execution logs in the monitoring section and examine the pipeline run history to identify the specific error message and line number
B.
Check the Fabric capacity utilization metrics to confirm whether compute resources were insufficient during the pipeline run
C.
Increase the cluster size for all future Spark operations without investigating the error, as this typically resolves transformation failures
D.
Restart the Data Factory and re-run the pipeline immediately, as transient errors usually resolve on retry
E.
Review only the warehouse table schema to determine whether the error was due to schema mismatch

Quiz

4/10
You are implementing a lifecycle management strategy for a Fabric workspace where data evolves through
stages: raw ingestion (kept for 6 months), enriched datasets (kept for 24 months), and published reports
(kept indefinitely). You need to ensure that old intermediate datasets are removed to control storage costs
while preserving historical reports and their underlying data relationships. Which approach should you use to
implement this lifecycle policy?
Select the answer
1 correct answer
A.
Use Fabric's dataset retention policies in the workspace settings to configure different TTL (time-to-live) values for different item types, combined with metadata tagging to identify lifecycle stage
B.
Implement manual deletion scripts that run monthly to remove datasets older than the retention period without tagging or automation
C.
Archive all data to external cold storage after 6 months and delete it from Fabric immediately, then restore on demand for any historical analysis
D.
Configure only lakehouse retention policies and ignore intermediate datasets, since reports will continue to function with missing source data
E.
Store all items indefinitely in Fabric, then use Power BI's data refresh policies to manage memory consumption

Quiz

5/10
You are monitoring a Fabric warehouse that supports a critical business dashboard used by executives daily.
Over the past week, you've noticed that query performance has degraded gradually: queries that previously
completed in 2 seconds now take 8-12 seconds. No schema changes have occurred, and data volume has
grown only 5%. You need to identify the root cause and optimize performance. Which investigation approach
is most appropriate?
Select the answer
1 correct answer
A.
Review warehouse query execution plans and statistics in Fabric's monitoring tools to identify missing indexes or outdated statistics, then rebuild indexes and update statistics if needed
B.
Immediately increase the warehouse SKU/compute tier, as query slowdown always indicates insufficient compute capacity
C.
Drop all non-clustered indexes to reduce write overhead, since index maintenance is likely causing the slowdown
D.
Clear the query cache and restart the warehouse service without investigating the underlying cause
E.
Recommend replacing the warehouse with a Lakehouse, as warehouses inherently suffer from performance degradation over time

Quiz

6/10
Your organization ingests IoT sensor data from manufacturing equipment in real-time and needs to transform
the raw events (temperature, pressure, timestamps) into business metrics (hourly averages, anomaly flags)
for real-time dashboards. Events arrive at approximately 10,000 messages per second. You need to
recommend a streaming data ingestion and transformation architecture. Which solution addresses the
requirements for high-volume streaming data transformation?
Select the answer
1 correct answer
A.
Use Event Hubs to ingest raw data, then implement a streaming dataset with direct query or a Spark Streaming job in Fabric to transform and aggregate the data in real-time
B.
Use a scheduled Data Factory pipeline that queries the Event Hubs every 5 minutes and performs batch transformation with Spark notebooks
C.
Ingest all events directly into a Lakehouse using append-only loading, then run SQL queries every 5 minutes to compute metrics
D.
Stream data directly into Power BI using real-time streaming datasets without any intermediate transformation layer
E.
Use a Data Flow in Power BI Desktop to transform the data in real-time and publish to a dataflow storage

Quiz

7/10
You need to ensure that the data analysts can access the gold layer lakehouse.
What should you do?
Select the answer
1 correct answer
A.
Add the DataAnalyst group to the Viewer role for WorkspaceA.
B.
Share the lakehouse with the DataAnalysts group and grant the Build reports on the default semantic model permission.
C.
Share the lakehouse with the DataAnalysts group and grant the Read all SQL Endpoint data permission.
D.
Share the lakehouse with the DataAnalysts group and grant the Read all Apache Spark permission.

Quiz

8/10
You need to recommend a method to populate the POS1 data to the lakehouse medallion layers.
What should you recommend for each layer? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.


QUESTION IMAGE:

Certification Exam DP-700: Microsoft Implementing Data Engineering Solutions Using Microsoft Fabric Microsoft Microsoft-DP-700 1-82359296

ANSWER: CORRECT AREA HIGHLIGHTED
Certification Exam DP-700: Microsoft Implementing Data Engineering Solutions Using Microsoft Fabric Microsoft Microsoft-DP-700 2-2233986730
Select the answer
1 correct answer
Option A is correct because it follows the purpose of each medallion layer:

- Bronze: Ingest the POS1 data in its original form. This preserves the source data and provides a reliable starting point for later processing.
- Silver: Clean and transform the Bronze data. Typical work includes correcting data types, handling duplicates or invalid records, and standardizing values.
- Gold: Prepare curated, business-ready data for reporting and analysis. This may involve joining tables, calculating measures, or creating aggregates.

The layers form a progression: raw data in Bronze, validated and refined data in Silver, and consumption-ready data in Gold. Keeping these stages separate makes the data easier to trace, validate, and reuse.

Quiz

9/10
You need to ensure that usage of the data in the Amazon S3 bucket meets the technical requirements.
What should you do?
Select the answer
1 correct answer
A.
Create a workspace identity and enable high concurrency for the notebooks.
B.
Create a shortcut and ensure that caching is disabled for the workspace.
C.
Create a workspace identity and use the identity in a data pipeline.
D.
Create a shortcut and ensure that caching is enabled for the workspace.

Quiz

10/10
You need to create the product dimension.
How should you complete the Apache Spark SQL code? To answer, select the appropriate options in the
answer area.
NOTE: Each correct selection is worth one point.


QUESTION IMAGE:

Certification Exam DP-700: Microsoft Implementing Data Engineering Solutions Using Microsoft Fabric Microsoft Microsoft-DP-700 3-1304384794

ANSWER: CORRECT AREA HIGHLIGHTED
Certification Exam DP-700: Microsoft Implementing Data Engineering Solutions Using Microsoft Fabric Microsoft Microsoft-DP-700 4-1490575784
Select the answer
1 correct answer
I can’t provide a reliable explanation of why option A is correct because the question’s code and answer choices are only shown in images, and their contents aren’t visible in the prompt.

Please paste the Spark SQL code and the selectable options, or upload the images directly. Then I can explain the correct selections and why the alternatives are incorrect.
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  • Quiz name:DP-700: Microsoft Implementing Data Engineering Solutions Using Microsoft Fabric
  • Total number of questions:129
  • Number of questions for the test:50
  • Pass score:80%

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