A business analyst wants to create a dashboard for the Finance team to use. The app must include four sheets one looking at the full dataset and three others focused on the regions APAC EMEA and AMERICAS each.
The team needs visualizations for
Sales by Product in the past 6" months
Cost of Sales on a map by Country
Sales Cost and Margin by Month
Additionally the learn wants to dear fillers while navigating between sheets and enable chat in the hub.
What features should be used?

• A. Create default bookmark, maps sheet actions enable the insight Bot
• B. Create master measures sheet actions maps enable Insights in app capacities
• C. Create master measures alternate states GeoAnalytics enable Insights in app capabilities
• D. Create default bookmark GeoAnalytics alternate states enable the insight Bot

A business analyst is developing an app that contains a data model with fields Country. City. Sales ProductName and ProductCategory. The global sales manager wants to add new visualizations to this app The business analyst must include the following Ability to dynamically change the number of countries and cities Display a maximum of 10 countries Display a maximum of 5 cities per country Which steps should the business analyst take?

• A. 1 Create two variables vCountry and vCrty
  2 Add a slider for vCountry and vCity
  3 Apply the variable to each virtualization
  4 Set a sheet action that limits the data displayed
• B. 1Add an input field for vCountry and vCity
  2 Set the dimension limitation to the required maximum values 5 and 10
  3 Apply the variable to each visualization
• C. 1 Create two variables vCountry and vCity
  2 Add a slider for vCountry and vCity
  3 Apply the vanable to each virtualization
• D. 1 Add an input field for vCountry and vCity
  2 Sat the dimension limitation to the required maximum values 5 and 10
  3 Apply the variable to each visualization
  4 Add a bookmark Country and City

A company that manages several tennis clubs uses an app mat includes three master measures TotalCost, Totallncome. and TotalMargin A business analyst needs to create a new table that utilizes master items and meets the following requirements:
Number of bookings that users make
Cost associated with booking (including electricity and indirect costs)
Income obtained and profit originated m each booking
Sales margin: percentage of margin over income
Detail by tennis clubs
Which optimal expressions should the business analyst use?

• A. count(dislinct BookinglD)
  [TolalCost]
  [Totalincome]
  [Totalincome|-[TotalCost]
  [TotalMargin]/[Totalllncome}*100
• B. count(dislinct BookinglD)
  [TolalCost]
  [Totalincomel
  ITotalincome|-[TotalCost]
  [TotalMargin]/{Totalllncome}*100
• C. count(distinct BookinglO)
  [TolalCost]
  [Totalincomel
  ITotalincome|-[TotalCost]
  [TotalMargin]/{Totalllncome}*100
• D. count(BookinglD)
  [TolalCost]
  [Totalincomel
  sum(income|-sum[TotalCost]
  [TotalMargin]-sum(Cost)/sumTotal(lncome)*100

A company CFO has requested an app that contains visualizations applicable to analyzing the finance data Each regional finance team will analyze their data, and the app must contain a high-level sheet that navigates to relevant detail sheets.
Which features support a logical design structure?

• A. A dashboard of KPIs and section access
• B. A Multi KPI set analysis
• C. A dashboard with regional bookmarks
• D. A pivot table that filters by region

A customer wants to perform a regional sates analysis to learn how products setover time m different areas. The business analyst needs to design a sheet in the app tor business users to perform several tasks
Select two different groups of countries to study
Compare sales over time between these two groups using a bar chart
Change the group items by selecting different countries at any time
Select a time range in the bar chart and drill-down to daily transactional sales.
What steps should the business anaryst follow to meet these requirements?

• A. Create one Alternate State Set1
  Create two Filter Panels one associated lo this Set1 and one Default State1($)
  Create a Bar chart with the drill-down dimension and two measures sum({Set1-$) Sales) and sum('Set1-S) Sales)
• B. Create one Alternate State Set1
  Create two Filter Panels one associated to this Set1and one Default State(S)
  Create a Bar chart with the drill-down dimension and two measuressum({Set1'$} Sales)and sum({'Set1"S) Sales)
• C. Create two Alternate States Set1and Set2
  Create two Filter Panels each associated with an Alternate State
  Create a Bar chart with a drill-down dimension and two measures sum({Set1'$} Sales) and sum{fSet2"S} Sales)
• D. Create two Alternate States Sell and Set2
  Create two Finer Panels each associated with an Alternate Stale
  Create a Bar chart with drill-down dimension and two measures sum({Set1'S} Sates) and sum({,Set2'*S} Sales)