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| Section | Objectives |
|---|---|
| Security and Access Control | - Data access and security rules - User roles and permissions |
| Planning Worksheets and Calculations | - Formulas and calculations - Worksheet design and usage |
| Modeling and Configuration | - Assumptions and drivers - Versions and scenarios - Account structures and dimensions |
| Adaptive Planning Fundamentals | - Planning models and structures - Core concepts of Workday Adaptive Planning |
| Deployment and Administration | - System maintenance and best practices - Tenant configuration |
| Integration and Data Management | - EIB and integration processes - Data import and export |
| Reporting and Analytics | - Data visualization and analysis - Reports and dashboards |
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NEW QUESTION # 11
What feature should the analyst use for assistance to construct and confirm these formulas?
Answer: A
Explanation:
In Workday Adaptive Planning, the Formula Assistant is the built-in tool designed specifically to help users construct, validate, and test formulas within the system. The Formula Assistant provides an interactive interface for browsing available functions (such as div, divf, if, sum), selecting valid account references, choosing appropriate time modifiers, and reviewing function syntax - all without requiring the user to memorize formula syntax from scratch. It provides real-time syntax guidance, function descriptions with parameter explanations, and the ability to test formula logic against actual data before committing. This is the primary tool for formula development and validation in Adaptive Planning. Account Details provides metadata about an account's configuration but does not assist in formula construction. Linked Accounts shows accounts that reference each other but is not a formula building tool. Shared Formulas is a method for applying the same formula across multiple levels or accounts but is not an interactive assistance feature. The Formula Assistant is the official, purpose-built formula construction tool in Adaptive Planning. Reference: Workday Adaptive Planning - Formula Assistant, Formula Development, Account Formula Configuration.
NEW QUESTION # 12
You are building a Sales cube sheet that plans by Product dimension. It references another cube sheet for assumption values by Product. You write a formula: ACCT.Sales.Units * ACCT.Lookups.Rate[Level=TopLevel(-)]. When you test the formula, your results are significantly higher than expected. What is the corrected formula?
Answer: C
Explanation:
The issue in the original formula is that ACCT.Lookups.Rate[Level=TopLevel(-)] retrieves the rate for all Product dimension values aggregated at the top level, rather than the rate specific to each individual Product dimension value being calculated. When the rate reference does not specify the Product dimension modifier, it pulls the aggregate (summed or unfiltered) rate value, resulting in inflated multiplication results. The corrected formula ACCT.Sales.Units * ACCT.Lookups.Rate[Level=TopLevel(-), Product=this] adds the 'Product=this' modifier, which instructs Adaptive Planning to look up the rate for the same Product dimension value as the current row being calculated. The 'this' keyword is a dynamic reference that matches the current dimension context. Level=TopLevel(-) correctly retrieves the globally-entered assumption rate (entered once at the top level), while Product=this ensures the rate corresponds to the specific product being evaluated. Without the Product=this modifier, the formula aggregates across all product rates, causing inflated results. Reference: Workday Adaptive Planning - Cube Sheet Formulas, Dimension Modifiers, 'this' Keyword, Level Modifiers.
NEW QUESTION # 13
The finance team wants to create a sub-account for the Inventory General Ledger account. What will happen to the existing balance in the Inventory General Ledger account once the sub-account is created?
Answer: D
Explanation:
In Workday Adaptive Planning, when a sub-account (child account) is created beneath an existing General Ledger account, the system converts the parent account into a rollup account. As part of this structural transformation, all existing data and any formulas that were previously stored in the parent Inventory account are automatically migrated to the newly created child account. The parent then becomes a rollup that aggregates the values of its children. This behavior ensures no data loss during model restructuring. The rationale is that rollup accounts do not hold direct data - only leaf accounts (bottom-level accounts without children) can contain input values or formulas. Therefore, the system must relocate the data to maintain model integrity. Administrators should be aware of this behavior before creating sub-accounts in live environments, as it directly affects reporting and formula references. Existing reports may need to be updated to reflect the new account reference. Reference: Workday Adaptive Planning - Chart of Accounts, Account Hierarchy, Sub-Account Creation Behavior.
NEW QUESTION # 14
The financial analyst is updating the formula for the Office Supplies account and needs to incorporate the full year office supplies expenses from the previous fiscal year. What formula should the analyst implement to retrieve last year's value?
Answer: B
Explanation:
In Workday Adaptive Planning formula syntax, [time=this.year-1] is the correct and officially supported modifier to retrieve the full prior fiscal year value of an account. This modifier navigates to the year period that is one year before the current year context, returning the annual total for the previous fiscal year - which is the precise requirement for incorporating full-year prior year expenses into a formula. Option A uses [time=last.year], which is not standard Adaptive Planning formula syntax and would result in a formula error. Option C uses [year=previous], which is also not valid Adaptive Planning formula notation. Option D uses [time=this-12], which shifts back 12 months - for a monthly formula, this returns the same month from the prior year, not the full prior year total. When a formula needs the full prior year annual amount (sum of all 12 prior months), [time=this.year-1] retrieves the aggregated annual value. This is the authoritative time modifier syntax for annual prior year references in Adaptive Planning. Reference: Workday Adaptive Planning - Time Modifiers, Prior Year Reference, Formula Syntax Guide.
NEW QUESTION # 15
A financial analyst needs to estimate a telephone account by taking last year's value for the same period (for seasonality) and incorporating the next year's projected global inflation rate. What formula should the analyst use?
Answer: C
Explanation:
The requirement specifies two components: (1) use the same period from last year to capture seasonality, and (2) apply the projected inflation rate for growth. The formula ACCT.Telephone[time=this-12]*(1+ASSUM.Global_Inflation_Rate) precisely implements this: [time=this-12] shifts back exactly 12 months to retrieve the same calendar period from the prior year, preserving seasonal patterns in telephone expenses. Multiplying by (1+ASSUM.Global_Inflation_Rate) applies the inflation uplift factor - the '1+' construct is the standard growth formula that maintains the base value and adds the inflationary increase. Option A uses the same time modifier but references a sales commission assumption, not the global inflation rate. Option B divides the current account by 12 and applies the rate as a multiplier, which does not reflect seasonal prior-year data. Option C references the current period's value without any prior-year time shift, ignoring seasonality entirely. The combination of [time=this-12] and the (1+rate) growth multiplier is a foundational Adaptive Planning formula pattern. Reference: Workday Adaptive Planning - Time Modifiers, Seasonality Formulas, Inflation Calculations.
NEW QUESTION # 16
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