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Microsoft PL-300 Bundle

Exam Code: PL-300

Exam Name Microsoft Power BI Data Analyst

Certification Provider: Microsoft

Corresponding Certification: Microsoft Certified: Power BI Data Analyst Associate

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Microsoft PL-300 Practice Test 26

Question 250

A year-to-date measure follows a fiscal year ending June rather than December. What should be specified?

  1. Configure the time-intelligence year-end or fiscal-calendar logic explicitly.
  2. Use CALCULATE with SAMEPERIODLASTYEAR on the Date column.
  3. Use TOTALYTD or CALCULATE with DATESYTD on the marked Date table.
  4. Use CALCULATE with DATEADD over the Date column and minus one month.

Explanation

Correct Answer

A:

Configure the time-intelligence year-end or fiscal-calendar logic explicitly. Fiscal YTD boundaries differ from default calendar-year boundaries.

Incorrect Answers

B:

SAMEPERIODLASTYEAR shifts the current date window back one year. That is a different operating condition from “a fiscal year ending June rather than December”: “with the same period in the previous year”.

C:

Year-to-date time intelligence accumulates within the current year. It serves “needs year-to-date sales respecting the selected calendar year”, not “a fiscal year ending June rather than December”.

D:

DATEADD shifts the relevant date context by a calendar interval. The present requirement is “a fiscal year ending June rather than December”; “month's comparable value for an active Date table” is a distinct situation.

Question 251

An inventory table contains stock at each month's end, and the report must show the latest recorded balance for the quarter. Which aggregation fits?

  1. Calculate the last nonblank stock balance within the quarter.
  2. Select the last available monthly subscriber snapshot rather than summing snapshots.
  3. Use AVERAGEX over the month's reporting dates with daily headcount measure.
  4. Sum balances across accounts at the same reporting date.

Explanation

Correct Answer

A:

Calculate the last nonblank stock balance within the quarter. Point-in-time balances should not be summed across dates.

Incorrect Answers

B:

Select the last available monthly subscriber snapshot rather than summing snapshots. That matters for “the report wants December's count, not January-to-December sum” rather than the condition “show the latest recorded balance for the quarter”.

C:

Averaging daily snapshots produces a monthly average without multiplying headcount by days. The boundary it addresses is “the report needs average headcount over the month”, while this case concerns “show the latest recorded balance for the quarter”.

D:

Balances can be additive across accounts even when not additive across time. This solves “total assets across accounts for a single day”; the stated issue is “show the latest recorded balance for the quarter”.

Question 252

A sales table contains individual transactions, and the report needs quarterly revenue totals. Which aggregation fits?

  1. Sum revenue across transaction dates for the selected quarter.
  2. Sum balances across accounts at the same reporting date.
  3. Select the last available monthly subscriber snapshot rather than summing snapshots.
  4. Calculate the last nonblank stock balance within the quarter.

Explanation

Correct Answer

A:

Sum revenue across transaction dates for the selected quarter. Transaction revenue is generally additive across time.

Incorrect Answers

B:

Balances can be additive across accounts even when not additive across time. The deciding difference is “total assets across accounts for a single day” versus “transactions, and the report needs quarterly revenue totals”.

C:

Select the last available monthly subscriber snapshot rather than summing snapshots. Its application is “the report wants December's count, not January-to-December sum”, not the need “transactions, and the report needs quarterly revenue totals”.

D:

Point-in-time balances should not be summed across dates. That is a different operating condition from “transactions, and the report needs quarterly revenue totals”: “show the latest recorded balance for the quarter”.

Question 253

A subscription table contains month-end subscriber counts and the report wants December's count, not January-to-December sum. What pattern fits?

  1. Select the last available monthly subscriber snapshot rather than summing snapshots.
  2. Sum balances across accounts at the same reporting date.
  3. Calculate the last nonblank stock balance within the quarter.
  4. Use AVERAGEX over the month's reporting dates with daily headcount measure.

Explanation

Correct Answer

A:

Select the last available monthly subscriber snapshot rather than summing snapshots. Customer counts at time points are semi-additive over time.

Incorrect Answers

B:

Balances can be additive across accounts even when not additive across time. It serves “total assets across accounts for a single day”, not “the report wants December's count, not January-to-December sum”.

C:

Point-in-time balances should not be summed across dates. The present requirement is “the report wants December's count, not January-to-December sum”; “show the latest recorded balance for the quarter” is a distinct situation.

D:

Averaging daily snapshots produces a monthly average without multiplying headcount by days. That matters for “the report needs average headcount over the month” rather than the condition “the report wants December's count, not January-to-December sum”.

Question 254

A daily account-balance model needs total assets across accounts for a single day. Which operation is legitimate?

  1. Use AVERAGEX over the month's reporting dates with daily headcount measure.
  2. Sum balances across accounts at the same reporting date.
  3. Select the last available monthly subscriber snapshot rather than summing snapshots.
  4. Sum revenue across transaction dates for the selected quarter.

Explanation

Correct Answer

B:

Sum balances across accounts at the same reporting date. Balances can be additive across accounts even when not additive across time.

Incorrect Answers

A:

Averaging daily snapshots produces a monthly average without multiplying headcount by days. That matters for “the report needs average headcount over the month” rather than the condition “total assets across accounts for a single day”.

C:

Select the last available monthly subscriber snapshot rather than summing snapshots. This solves “the report wants December's count, not January-to-December sum”; the stated issue is “total assets across accounts for a single day”.

D:

Sum revenue across transaction dates for the selected quarter. The deciding difference is “transactions, and the report needs quarterly revenue totals” versus “total assets across accounts for a single day”.

Question 255

A workforce dataset tracks daily headcount and the report needs average headcount over the month. What calculation fits?

  1. Sum balances across accounts at the same reporting date.
  2. Calculate the last nonblank stock balance within the quarter.
  3. Select the last available monthly subscriber snapshot rather than summing snapshots.
  4. Use AVERAGEX over the month's reporting dates with daily headcount measure.

Explanation

Correct Answer

D:

Use AVERAGEX over the month's reporting dates with daily headcount measure. Averaging daily snapshots produces a monthly average without multiplying headcount by days.

Incorrect Answers

A:

Balances can be additive across accounts even when not additive across time. The deciding difference is “total assets across accounts for a single day” versus “the report needs average headcount over the month”.

B:

Point-in-time balances should not be summed across dates. Its application is “show the latest recorded balance for the quarter”, not the need “the report needs average headcount over the month”.

C:

Select the last available monthly subscriber snapshot rather than summing snapshots. That is a different operating condition from “the report needs average headcount over the month”: “the report wants December's count, not January-to-December sum”.

Question 256

A Sales fact has an active OrderDate link and inactive ShipDate link. Which DAX function calculates sales by ShipDate?

  1. Use TREATAS to apply selected ProductIDs as filters to the target table.
  2. Use COUNTROWS of RELATEDTABLE(Sales) in the Product row context.
  3. Invoke USERELATIONSHIP inside CALCULATE for the ShipDate link.
  4. Use CROSSFILTER with None for the chosen relationship inside CALCULATE.

Explanation

Correct Answer

C:

Invoke USERELATIONSHIP inside CALCULATE for the ShipDate link. USERELATIONSHIP uses the specified existing relationship during that evaluation.

Incorrect Answers

A:

TREATAS transfers filter values even without a physical relationship. It serves “needs to apply selected ProductIDs to another table”, not “an active OrderDate link and inactive ShipDate link”.

B:

RELATEDTABLE returns fact rows related to the current dimension row. The present requirement is “an active OrderDate link and inactive ShipDate link”; “Use COUNTROWS of RELATEDTABLE(Sales) in the Product row” is a distinct situation.

D:

CROSSFILTER modifies relationship filter behavior for a specific calculation. The boundary it addresses is “a fact relationship to test an unrestricted baseline”, while this case concerns “an active OrderDate link and inactive ShipDate link”.

Question 257

A Sales calculated column needs the ProductCategory from the unique related Product dimension. Which function fits?

  1. Invoke USERELATIONSHIP inside CALCULATE for the ShipDate link.
  2. Use CROSSFILTER with None for the chosen relationship inside CALCULATE.
  3. Use RELATED to retrieve ProductCategory through the many-to-one relationship.
  4. Use TREATAS to apply selected ProductIDs as filters to the target table.

Explanation

Correct Answer

C:

Use RELATED to retrieve ProductCategory through the many-to-one relationship. RELATED retrieves a single corresponding value from the related one-side table.

Incorrect Answers

A:

USERELATIONSHIP uses the specified existing relationship during that evaluation. The boundary it addresses is “an active OrderDate link and inactive ShipDate link”, while this case concerns “the ProductCategory from the unique related Product dimension”.

B:

CROSSFILTER modifies relationship filter behavior for a specific calculation. This solves “a fact relationship to test an unrestricted baseline”; the stated issue is “the ProductCategory from the unique related Product dimension”.

D:

TREATAS transfers filter values even without a physical relationship. Its application is “needs to apply selected ProductIDs to another table”, not the need “the ProductCategory from the unique related Product dimension”.

Question 258

A Product calculated column needs the number of related Sales fact rows for that product. Which pattern fits?

  1. Use TREATAS to apply selected ProductIDs as filters to the target table.
  2. Use COUNTROWS of RELATEDTABLE(Sales) in the Product row context.
  3. Invoke USERELATIONSHIP inside CALCULATE for the ShipDate link.
  4. Use CROSSFILTER with None for the chosen relationship inside CALCULATE.

Explanation

Correct Answer

B:

Use COUNTROWS of RELATEDTABLE(Sales) in the Product row context. RELATEDTABLE returns fact rows related to the current dimension row.

Incorrect Answers

A:

TREATAS transfers filter values even without a physical relationship. Its application is “needs to apply selected ProductIDs to another table”, not the need “Use COUNTROWS of RELATEDTABLE(Sales) in the Product row”.

C:

USERELATIONSHIP uses the specified existing relationship during that evaluation. It serves “an active OrderDate link and inactive ShipDate link”, not “Use COUNTROWS of RELATEDTABLE(Sales) in the Product row”.

D:

CROSSFILTER modifies relationship filter behavior for a specific calculation. The present requirement is “Use COUNTROWS of RELATEDTABLE(Sales) in the Product row”; “a fact relationship to test an unrestricted baseline” is a distinct situation.

Question 259

A measure should temporarily disable a fact relationship to test an unrestricted baseline. Which modifier can control the link?

  1. Use COUNTROWS of RELATEDTABLE(Sales) in the Product row context.
  2. Use CROSSFILTER with None for the chosen relationship inside CALCULATE.
  3. Use RELATED to retrieve ProductCategory through the many-to-one relationship.
  4. Invoke USERELATIONSHIP inside CALCULATE for the ShipDate link.

Explanation

Correct Answer

B:

Use CROSSFILTER with None for the chosen relationship inside CALCULATE. CROSSFILTER modifies relationship filter behavior for a specific calculation.

Incorrect Answers

A:

RELATEDTABLE returns fact rows related to the current dimension row. The present requirement is “a fact relationship to test an unrestricted baseline”; “Use COUNTROWS of RELATEDTABLE(Sales) in the Product row” is a distinct situation.

C:

RELATED retrieves a single corresponding value from the related one-side table. The boundary it addresses is “the ProductCategory from the unique related Product dimension”, while this case concerns “a fact relationship to test an unrestricted baseline”.

D:

USERELATIONSHIP uses the specified existing relationship during that evaluation. This solves “an active OrderDate link and inactive ShipDate link”; the stated issue is “a fact relationship to test an unrestricted baseline”.

Question 260

A report has no relationship between two tables but a measure needs to apply selected ProductIDs to another table. Which DAX approach fits?

  1. Use RELATED to retrieve ProductCategory through the many-to-one relationship.
  2. Use TREATAS to apply selected ProductIDs as filters to the target table.
  3. Invoke USERELATIONSHIP inside CALCULATE for the ShipDate link.
  4. Use COUNTROWS of RELATEDTABLE(Sales) in the Product row context.

Explanation

Correct Answer

B:

Use TREATAS to apply selected ProductIDs as filters to the target table. TREATAS transfers filter values even without a physical relationship.

Incorrect Answers

A:

RELATED retrieves a single corresponding value from the related one-side table. This solves “the ProductCategory from the unique related Product dimension”; the stated issue is “needs to apply selected ProductIDs to another table”.

C:

USERELATIONSHIP uses the specified existing relationship during that evaluation. Its application is “an active OrderDate link and inactive ShipDate link”, not the need “needs to apply selected ProductIDs to another table”.

D:

RELATEDTABLE returns fact rows related to the current dimension row. That is a different operating condition from “needs to apply selected ProductIDs to another table”: “Use COUNTROWS of RELATEDTABLE(Sales) in the Product row”.