Free Salesforce-Accredited-Agentforce-Manufacturing-Professional Practice Test Questions (2026)

Total 114 Questions


Last Updated On : 9-Oct-2026


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Validate and Deploy

Universal Containers is deploying Manufacturing Cloud for the first time. Sales Agreements have been configured in a development sandbox, and now the Salesforce administrator is moving the changes to production. The deployment is failing, and the error indicates that the Sales Agreement object does not exist in the target environment. What should the administrator check first to resolve the error and complete the deployment?



A. Check that the organization-wide default for Sales Agreements is set to Public Read Write in the production org.


B. Check that Sales Agreements are enabled in the production org.


C. Check that the organization-wide default for Sales Agreements is set to Private in the production org.





B.
  Check that Sales Agreements are enabled in the production org.

Explanation:

The error message tells you exactly what the problem is: the object does not exist in the target org. In Salesforce, many Manufacturing Cloud features (Sales Agreements, Account-Based Forecasting, Rebate Management) are license-gated features that must be explicitly enabled before their objects, fields, and related metadata exist in the org. If the feature isn't turned on in production, deploying configuration OWD produces sharing/permissions errors, never "object does not exist." Also, the OWD for Sales Agreements isn't even configurable in the way implied here — record sharing for for that object will fail because there's nothing to attach it to.

Option B (Correct):
The first thing to verify is whether Manufacturing Cloud / Sales Agreements have been enabled in the production org (Setup → enter "Sales Agreements" → verify the feature is active). This requires the appropriate Manufacturing Cloud licenses to be provisioned. Only after the feature is enabled will the object exist and the deployment succeed.

Options A and C (Incorrect):
Organization-wide defaults (OWD) are sharing settings — they control record-level access (Public Read/Write vs. Private). A misconfigured OWD produces sharing/permissions errors, never "object does not exist." Also, the OWD for Sales Agreements isn't even configurable in the way implied here — record sharing for sales agreements is governed by the account's sharing settings. Either way, this is the wrong layer of the problem.

Practical resolution sequence
Verify Manufacturing Cloud licenses are assigned in production.
Enable Sales Agreements (Setup → Manufacturing Cloud settings).
Re-run the deployment.

Exam tip
For "object does not exist in target org" deployment errors, always think feature enablement first — especially for Manufacturing Cloud, which has multiple opt-in features. Sharing settings, profiles, and permission sets only matter after the underlying object exists.

Reference:
Salesforce Help — Enable Manufacturing Cloud Features (prerequisite steps for Sales Agreements) and Sales Agreements documentation.

Many of Universal Containers' management teams must travel to different production facilities as part of their regular work. They require access to features on their desktop and mobile devices to view and approve sales agreements. What is an important consideration to keep in mind when preparing and conducting testing?



A. Sales Agreement features are not available on mobile devices, but approvals can be done via email.


B. The Mobile User permission must be assigned to the test users.


C. When testing Manufacturing Cloud for mobile, a Wi-Fi connection is required.





B.
  The Mobile User permission must be assigned to the test users.

Explanation:

🔍 Why This Is the Key Consideration
This question is about preparing for User Acceptance Testing (UAT) with a specific requirement: management teams need to access features on both desktop and mobile devices. The critical preparation step is ensuring those test users have the necessary permissions to actually access the Salesforce mobile app.

The "Mobile User" Permission:
In Salesforce, the Mobile User permission (a standard user permission) must be enabled on a user's profile or a permission set assigned to them. Without it, the user cannot log in to the Salesforce mobile app, even if they have full access on desktop. This is a common oversight during UAT preparation—testers may be able to access features on desktop but encounter login errors or "you don't have access" messages on their mobile devices.

Why B is correct:
Since the requirement explicitly involves mobile access, the consultant must ensure the test users have the Mobile User permission assigned. This is a preparation step that must be completed before testing begins.

❌ Why the Other Options Are Incorrect

A. Sales Agreement features are not available on mobile devices, but approvals can be done via email.
This is false. The Salesforce mobile app supports core Sales Agreement functionality. Users can view records, navigate related lists, and take actions. While the desktop site and mobile app have some functional differences (e.g., certain Chatter actions or Approval History buttons may differ), Sales Agreement records and their data are accessible on mobile. Approvals are also supported in the mobile app—the user can navigate to the Approvals list to take action rather than relying solely on email.

C. When testing Manufacturing Cloud for mobile, a Wi-Fi connection is required.
This is not a requirement. The Salesforce mobile app works over cellular data as well as Wi-Fi. While some enterprise app deployment systems (such as Microsoft Intune) may have Wi-Fi requirements for installation, the Salesforce mobile app itself does not require Wi-Fi to function. Users can access Manufacturing Cloud features over any internet connection.

📚 Reference
This question falls under the Validate and Deploy domain of the AP-213 exam guide, specifically objective 4.2: "Given a defined business requirement, facilitate and support user acceptance testing (UAT)." The scenario tests your ability to identify the correct preparation steps for UAT, which includes ensuring test users have the proper access rights for the environments they need to test.

Universal Containers has implemented Manufacturing Cloud Sales Agreements to manage run rate business. The actuals are updated directly from the orders. In which order should the administrator migrate the data from the legacy system to Manufacturing Cloud?



A. Accounts, Sales Agreements, Sales Agreements Products, Orders


B. Accounts, Sales Agreements, Sales Agreements Schedules, Orders


C. Orders, Accounts, Sales Agreement, Sales Agreement Products





B.
  Accounts, Sales Agreements, Sales Agreements Schedules, Orders

Explanation

When migrating data into Manufacturing Cloud where Sales Agreement actuals are calculated automatically from Orders, the load sequence must respect object dependencies and the actuals calculation process:

Accounts — Required parent records for both Sales Agreements and Orders.
Sales Agreements — Created next and linked to the Accounts. These define the long-term run-rate commitments.
Sales Agreement Products — Added to the Sales Agreements. These establish the product-level planned quantities/revenue. Product Schedules are typically auto-generated from the Sales Agreement Products based on the agreement’s start/end dates and frequency, or can be loaded afterward if needed.
Orders — Loaded last and associated with the Accounts (and preferably linked to the Sales Agreements). Once the Orders exist and are activated, the daily automated process derives the actual quantities and amounts and updates the corresponding Sales Agreement Product Schedule records.

This order ensures referential integrity and allows the system to correctly calculate and display planned vs. actual performance for run-rate business.

Why the other options are incorrect

B — References “Sales Agreements Schedules” instead of Sales Agreement Products. Schedules are child records of Products; loading Schedules without the intermediate Product records breaks the hierarchy.
C — Starts with Orders. Orders require Accounts (and ideally Sales Agreements for proper association and actuals calculation). Loading them first would fail or leave them unassociated.

References
Salesforce Help: Manage Sales Agreements Actuals and Create Orders to Calculate Sales Agreement Actuals (actuals are derived from activated Orders linked to Sales Agreements).
Manufacturing Cloud data model hierarchy: Account → Sales Agreement → Sales Agreement Product → Sales Agreement Product Schedule, with Orders providing the actuals source.

A consultant has completed an implementation and needs to import order data into the Manufacturing Cloud. Which steps must the consultant follow to import all of the relevant data?



A. Request an extract of the data from the legacy system and import as-is without transformation. Disable irrelevant automations/rules.


B. Provide the client with a data template file reflecting the data mapping and identify related records (that is, accounts, sales agreements). Disable irrelevant automations/rules.


C. Provide the client with a data template file limited to required fields and identify required related records (that is, accounts, sales agreements). Disable irrelevant automations/rules.





A.
  Request an extract of the data from the legacy system and import as-is without transformation. Disable irrelevant automations/rules.

Explanation

When importing Order data into Manufacturing Cloud, the consultant should:

Create and provide a data template that reflects the mapping between legacy-system fields and Salesforce Order object fields.
Identify all related records required for successful imports, such as:
Accounts
Sales Agreements
Products
Other lookup relationships as applicable
Disable unnecessary automations, validation rules, workflows, flows, and triggers that could interfere with data loading or cause failures.

This approach ensures that all relevant historical and transactional data can be transformed appropriately and loaded while maintaining referential integrity.

Why the Other Options Are Incorrect

A. Request an extract of the data from the legacy system and import as-is without transformation. Disable irrelevant automations/rules.
Incorrect because legacy data almost always requires mapping and transformation before being imported into Salesforce.
Importing "as-is" risks incorrect field mappings and data quality issues.

C. Provide the client with a data template file limited to required fields and identify required related records (that is, accounts, sales agreements). Disable irrelevant automations/rules.
Incorrect because focusing only on required fields can omit important business data.
A migration template should reflect the full data mapping, including both required and relevant optional fields needed for reporting, forecasting, and historical analysis.

Exam Tip
For Manufacturing Cloud data migrations, remember:
Data Mapping Template → Always define source-to-target mappings.
Related Records → Ensure lookup relationships exist before loading transactional data.
Disable Automations → Prevent validation rules, flows, and triggers from causing import failures.

When you see an option mentioning a data mapping template and related record identification, it is often the best-practice answer.

Universal Containers (UC) has implemented Sales Cloud and Service Cloud in seven countries in EMEA for about 100 users. UC has successfully tested and signed off on additional Sales Agreements functionality. In order to have control over the rollout and monitor the adoption, UC wants to roll out in a phased manner, country by country. UC follows a single-org strategy. How should a consultant enable this rollout scenario?



A. Deploy the new functionality and assign the permission set to the designated users.


B. Deploy the new functionality and make the Sales Agreements tab visible for the designated users.


C. Deploy the new functionality and assign the Manufacturing licenses to all of the users.





A.
  Deploy the new functionality and assign the permission set to the designated users.

Explanation:

Because Universal Containers uses a single-org strategy and wants to roll out Sales Agreements country by country, the consultant needs a way to control which users can access the new functionality.

The best approach is to deploy the functionality to the org and then use permission sets to selectively grant access to the users in each country or rollout phase. This allows UC to:

Enable the functionality for a specific group of users.
Roll out country by country without affecting everyone.
Monitor adoption during each phase.
Expand access by assigning the permission set to additional users as each country is brought online.

This provides much finer control than simply exposing a tab.

Why the other options are incorrect:

B. Deploy the new functionality and make the Sales Agreements tab visible for the designated users.
Tab visibility only controls access to the tab/interface. It does not provide the complete permissions required to use Sales Agreements functionality. Permission sets are the appropriate mechanism for controlled feature access.

C. Deploy the new functionality and assign the Manufacturing licenses to all of the users.
Assigning licenses to all users defeats the requirement for a phased rollout. UC wants to control access by country, so granting access to everyone would not provide the desired rollout control.

Key exam concept:
For a single-org, phased rollout, deploy the functionality once and use permission sets to selectively enable access for the users included in each rollout phase.

A consultant is with an organization that doesn't currently have Manufacturing Cloud, and its data lives inside an Enterprise Resource Planning (ERP) system. The organization would like to utilize Sales Agreements for Accounts. The Product Level for the sales agreements will be Product, and the Actuals Calculation Mode will be Automatically from Direct Orders. Historical data from the ERP system will be synchronized to Salesforce prior to activating Sales Agreements. Which data items must a consultant consider when creating sales agreements from historical data for a Manufacturing Cloud solution?



A. Accounts, Orders, Order Lines, Invoices


B. Accounts, Orders, Order Lines, Products


C. Accounts, Orders, Order Lines, Opportunities





B.
  Accounts, Orders, Order Lines, Products

Explanation:

Why B is correct:
To successfully create and backfill Sales Agreements using historical ERP data when the product level is set to "Product" and actuals are calculated automatically from direct orders, the system requires four foundational data elements:

Accounts: Every sales agreement must be tied to a specific customer account.
Products: Because the product level is explicitly configured as "Product," individual product catalog records must exist so sales agreement line items and order lines can reference them.
Orders & Order Lines: Since actuals are updated automatically from direct orders, historical order headers and their corresponding order line items must be migrated and linked to the sales agreements so that actual quantities and revenues can be properly calculated and reflected.

Why A is incorrect:
While invoices are common in ERP systems, standard Manufacturing Cloud sales agreement actuals calculate directly from Salesforce Orders (or order products) rather than depending on invoice objects as a prerequisite data item.

Why C is incorrect:
Opportunities are part of the pre-sales pipeline in Sales Cloud. Sales Agreements in Manufacturing Cloud are operational contracts that track run-rate business against actual orders and do not require opportunities for historical data migration or actuals calculation.

Reference:
According to Salesforce Manufacturing Cloud implementation guidelines for Sales Agreements, generating agreements from historical data requires matching the underlying account hierarchy, product catalog, and transactional order/order line data to ensure actuals calculations and period schedules populate accurately.

Universal Containers is deploying an Advanced Account Forecasting project from a sandbox to production. The changes that must be deployed include modifications to a custom Data Processing Engine (DPE) definition. How should an administrator deploy these changes?



A. Export the DPE definition JSON from the source environment and import into the target environment using DPE definition builder.


B. Create an outbound change set in the source environment and add the modified DPE definition.


C. Test changes to the DPE definition in the source environment, then make the modifications manually in the target environment.





A.
  Export the DPE definition JSON from the source environment and import into the target environment using DPE definition builder.

Explanation:

Why A is correct:
Data Processing Engine (DPE) definitions used in Advanced Account Forecasting can be exported and imported as structured JSON files directly through the Data Processing Engine builder interface. When deploying customized DPE definitions across environments (such as moving from a sandbox to production), using the built-in JSON export/import mechanism ensures that all nodes, mappings, filters, and write-back formulas are safely and accurately transferred without syntax or metadata component mapping errors.

Why B is incorrect:
While DPE definitions are backed by metadata (BatchProcessJobDefinition), standard outbound change sets historically have limitations natively exposing or packaging complex DPE definitions seamlessly compared to standard declarative components, making the native JSON export/import workflow the standard recommended approach in Manufacturing Cloud implementation guidelines.

Why C is incorrect:
Making manual modifications directly in the production environment violates core Application Lifecycle Management (ALM) best practices. It bypasses testing, introduces human error, and creates configuration drift between sandboxes and production.

Reference:
According to Salesforce Manufacturing Cloud implementation documentation for Advanced Account Forecasting, modifying and migrating Data Processing Engine (DPE) definitions relies heavily on leveraging the JSON export and import capabilities within the DPE builder to maintain configuration integrity across development and production environments.

An organization using Manufacturing Cloud would like to get answers to the following questions:
• What's the trend of order quantity and revenue over the course of the specified period?
• What's the distribution of forecasted order quantity and revenue for the specified dimensions?
• What's the accuracy of the forecasted order quantity and revenue values?
Which out-of-the-box dashboard can the organization access to get the answers to these questions?



A. Forecast Analysis


B. Statistical Order Forecasting


C. Product Performance





B.
  Statistical Order Forecasting

Explanation:
The out-of-the-box Statistical Order Forecasting dashboard (part of CRM Analytics for Manufacturing / Advanced Account Forecasting Analytics) is specifically designed to answer the exact questions listed:

What’s the trend of order quantity and revenue over the course of the specified period?
What’s the distribution of forecasted order quantity and revenue for the specified dimensions?
What’s the accuracy of the forecasted order quantity and revenue values?

This dashboard analyzes statistical order forecasts generated for Advanced Account Forecast sets. It uses time-series forecasting (Multiplicative model) to provide predicted order quantity and revenue values (with confidence levels), allowing users to view trends, dimensional distributions, and forecast accuracy at a granular level.

Why the other options are incorrect

A. Forecast Analysis — Focuses on monitoring overall forecast accuracy, variance between forecasted/adjusted/actual revenue and quantity, trends in accuracy over time, and identifying high-variance products or accounts. It does not specifically address statistical order quantity/revenue trends or dimensional distributions of statistical forecasts.

C. Product Performance — Centers on product-level insights such as top-selling products, actual vs. planned/forecasted demand, sales trends, and accounts contributing to product performance. It is not focused on statistical order forecasting accuracy or dimensional distributions of forecasted order values.

Reference
Salesforce Help: Use Advanced Account Forecasting Analytics for Manufacturing and Get Actionable Insights from Your Data with Analytics for Manufacturing (Statistical Order Forecasting Dashboard section).

Which two statements are correct about sales agreement cloning?



A. The product details are copied over from the original sales agreement


B. The new sales agreement is created in draft status


C. The default start date of the new sales agreement is equal to the start date of the original sales agreement


D. The new sales agreement is created in activated status


E. The agreement term details are copied over from the original sales agreement





A.
  The product details are copied over from the original sales agreement

B.
  The new sales agreement is created in draft status

Explanation:

In Salesforce Manufacturing Cloud Sales Agreements, cloning is designed to create a new agreement based on relevant information from the original agreement.

A. The product details are copied over from the original sales agreement — Correct.
When a sales agreement is cloned, the associated product details are carried over to the new sales agreement.

B. The new sales agreement is created in draft status — Correct.
The cloned sales agreement is created as a Draft, allowing the user to review or modify the copied information before activating it.

Why the other options are incorrect:

C. The default start date of the new sales agreement is equal to the start date of the original sales agreement — Incorrect.
The cloned agreement does not simply retain the original start date as its default.
D. The new sales agreement is created in activated status — Incorrect.
A clone is created in Draft status, not Activated status.
E. The agreement term details are copied over from the original sales agreement — Incorrect.
The cloning behavior does not copy the original agreement's term details in the manner described by this option.

Exam Tip:
Remember the key cloning behavior:

Sales Agreement Clone → Product details copied + New agreement starts as Draft

An organization does not have an Account Forecasting Model set up. Based on the analysis it has done, the organization has agreed to set up Account Forecasting from 1 Jan 2024 for a period of 18 months. The current period is Feb 2024. Which values will need to be set up for the start period?



A. 18


B. 2


C. -1





C.
  -1

Explanation

In Manufacturing Cloud Account Forecasting, the Start Period is defined relative to the current period:

0 = Current period
Positive values = Future periods
Negative values = Past periods

In this scenario:

Current period: February 2024
Forecasting needs to start: January 2024

January 2024 is one period before February 2024, so the Start Period must be set to -1.

Why the Other Options Are Incorrect

A. 18
18 represents the forecast horizon (18 months), not the start period offset.
B. 2
A value of 2 would start the forecast two periods in the future (April 2024 if using monthly periods), which does not meet the requirement.

Exam Tip
For Account Forecasting Model configuration, think in terms of offsets from the current period:

-1 → Previous period
0 → Current period
1 → Next period
2 → Two periods ahead

Since the forecast should start in January 2024 while the current period is February 2024, the correct offset is -1.

✅ Answer: C. -1

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