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Microsoft DP-600 Exam Syllabus Topics:

SectionObjectives
Implement data engineering solutions- Lakehouse architecture
  • 1. Spark notebooks in Fabric
    • 2. Delta tables management
      Real-time analytics- Streaming and event processing
      • 1. Eventstreams in Microsoft Fabric
        • 2. Kusto Query Language (KQL) analytics
          Manage and secure Microsoft Fabric- Governance and administration
          • 1. Monitoring and compliance
            • 2. Security and access control
              Get data into Microsoft Fabric- Data ingestion and integration
              • 1. Data pipelines in Microsoft Fabric
                • 2. Dataflows Gen2
                  Implement analytics solutions- Data warehousing and modeling
                  • 1. Fabric Warehouse
                    • 2. Semantic models for Power BI

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                      Microsoft Implementing Analytics Solutions Using Microsoft Fabric Sample Questions (Q190-Q195):

                      NEW QUESTION # 190
                      You have a Fabric tenant that contains a semantic model. The model contains data about retail stores.
                      You need to write a DAX query that will be executed by using the XMLA endpoint. The query must return the total amount of sales from the same period last year.
                      How should you complete the DAX expression? To answer, select the appropriate options in the answer area.
                      NOTE: Each correct selection is worth one point.

                      Answer:

                      Explanation:

                      Explanation:
                      First blank: CALCULATE
                      Second blank: _LYSales
                      Step 1 - Defining the variable
                      We want to calculate sales for the same period in the prior year. The correct function here is CALCULATE, because it allows applying a filter context modification (with SAMEPERIODLASTYEAR).
                      So:
                      VAR _LYSales =
                      CALCULATE ( [Total Sales], SAMEPERIODLASTYEAR ( ' Orders ' [Order Date] ) ) Step 2 - Returning the value We then need to RETURN the value of the variable. From the dropdown options, we select _LYSales.
                      So:
                      EVALUATE
                      VAR _LYSales =
                      CALCULATE ( [Total Sales], SAMEPERIODLASTYEAR ( ' Orders ' [Order Date] ) ) RETURN ROW ( " LastYearSales " , _LYSales ) Note: In XMLA DAX queries, you usually need a table expression, so wrapping with ROW or SELECTCOLUMNS is common, but based on the provided answer box, just returning _LYSales is sufficient here.
                      Final Answer:
                      First blank: CALCULATE
                      Second blank: _LYSales


                      NEW QUESTION # 191
                      You have a Fabric tenant that contains a lakehouse.
                      You are using a Fabric notebook to save a large DataFrame by using the following code.

                      For each of the following statements, select Yes if the statement is true. Otherwise, select No.
                      NOTE: Each correct selection is worth one point.

                      Answer:

                      Explanation:

                      Explanation:
                      * The results will form a hierarchy of folders for each partition key. - Yes
                      * The resulting file partitions can be read in parallel across multiple nodes. - Yes
                      * The resulting file partitions will use file compression. - No
                      Partitioning data by columns such as year, month, and day, as shown in the DataFrame write operation, organizes the output into a directory hierarchy that reflects the partitioning structure. This organization can improve the performance of read operations, as queries that filter by the partitioned columns can scan only the relevant directories. Moreover, partitioning facilitates parallelism because each partition can be processed independently across different nodes in a distributed system like Spark. However, the code snippet provided does not explicitly specify that file compression should be used, so we cannot assume that the output will be compressed without additional context.
                      References =
                      * DataFrame write partitionBy
                      * Apache Spark optimization with partitioning


                      NEW QUESTION # 192
                      You have a Fabric semantic model named Model1 that contains a table named Sales.
                      You need to enable incremental refresh for the Sales table.
                      What should you do first?

                      Answer: B

                      Explanation:
                      To configure incremental refresh for a table in a Microsoft Fabric semantic model, you must first create two Power Query parameters with specific, case-sensitive names: RangeStart and RangeEnd.
                      These parameters act as placeholders that the Fabric service will later use to automatically partition your data based on date ranges.
                      Mandatory Setup Steps
                      Before you can enable the incremental refresh toggle in the table settings, you must complete these three tasks in Power Query Editor:
                      1. Create Reserved Parameters
                      Names: Must be exactly RangeStart and RangeEnd (case-sensitive).
                      Data Type: Must be set to Date/Time.
                      Values: Assign temporary default values (e.g., a one-day range) to filter the data you work with in the desktop environment.
                      2. Filter the Table Column
                      3. Ensure Query Folding
                      Reference:
                      https://learn.microsoft.com/en-us/power-bi/connect-data/incremental-refresh-configure


                      NEW QUESTION # 193
                      You have a Fabric warehouse that contains two tables named DimDate and Trips.
                      DimDate contains the following fields.

                      Trips contains the following fields.

                      You need to compare the average miles per trip for statutory holidays versus non-statutory holidays.
                      How should you complete the T-SQL statement? To answer, select the appropriate options in the answer area.
                      NOTE: Each correct selection is worth one point.

                      Answer:

                      Explanation:

                      Explanation:

                      Comprehensive Detailed Explanation
                      Step 1: Requirement
                      We need to compare the average miles per trip for:
                      Statutory holidays (when IsHoliday = 1)
                      Non-statutory holidays (when IsHoliday = 0)
                      Step 2: Formula for average miles per trip
                      Average miles per trip = total miles รท number of trips
                      Total miles # SUM(t.tripDistance)
                      Number of trips # COUNT(t.tripID)
                      So the calculation is:
                      (SUM(t.tripDistance) / COUNT(t.tripID)) AS MilesPerTrip
                      Step 3: Grouping
                      We need a comparison by holiday status.
                      So we must group the results by:
                      GROUP BY d.IsHoliday
                      This ensures we get two rows: one for IsHoliday = 1 and one for IsHoliday = 0.
                      Step 4: Final Query
                      SELECT
                      d.IsHoliday,
                      (SUM(t.tripDistance) / COUNT(t.tripID)) AS MilesPerTrip
                      FROM DimDate d
                      INNER JOIN Trips t ON d.DateID = t.DateID
                      GROUP BY d.IsHoliday;
                      Why This is Correct
                      The formula ensures average miles per trip.
                      Grouping ensures comparison between holidays vs non-holidays.
                      Efficient aggregation, minimal computation.
                      References
                      Aggregate functions in T-SQL
                      GROUP BY clause


                      NEW QUESTION # 194
                      You are analyzing customer purchases in a Fabric notebook by using PySpanc You have the following DataFrames:

                      You need to join the DataFrames on the customer_id column. The solution must minimize data shuffling. You write the following code.

                      Which code should you run to populate the results DataFrame?

                      Answer: D

                      Explanation:
                      The correct code to populate the results DataFrame with minimal data shuffling is Option A. Using the broadcast function in PySpark is a way to minimize data movement by broadcasting the smaller DataFrame ( customers) to each node in the cluster. This is ideal when one DataFrame is much smaller than the other, as in this case with customers. References = You can refer to the official Apache Spark documentation for more details on joins and the broadcast hint.


                      NEW QUESTION # 195
                      ......

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