Salesforce-Marketing-Cloud-Engagement-Consultant Practice Test Questions

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Last Updated On : 11-Dec-2025


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Northern Trail Outfitters (NTO):

  • Employs Email Specialists responsible for creating content, testing, sending emails, defining the activities for Automation Studio, and creating automations.
  • Prefers not to use custom roles unless it is absolutely necessary.
  • Email Specialist resides in multiple business units.
Using best practices, how should a consultant create and assign roles for NTO?



A. Create a custom Email Specialist role with needed permissions and assign it to the Email Specialists.


B. Alter the roles of Content Creator and Data Manager by denying permissions and then assign the roles to the ' Email Specialists.


C. Check "Allow" automation permissions for the Content Creator Role and assign it to the Business Units.


D. Check "Allow" automation permissions for the Content Creator Role and assign it to the Email Specialists





D.
  Check "Allow" automation permissions for the Content Creator Role and assign it to the Email Specialists

Explanation:

Why D is Correct
Matches the Email Specialist’s responsibilities
Email Specialists at NTO need to:
Create content → Content permissions ✔
Test and send emails → Email permissions ✔
Define activities in Automation Studio → Automation permissions needed
Create automations → Automation permissions needed

The Content Creator role already covers most of this (content + email).
By enabling (Allow) the Automation permissions for that role, you extend it to include the Automation Studio capabilities they need, without over-granting admin-level permissions.

Respects the “avoid custom roles” preference
NTO prefers not to use custom roles unless absolutely necessary.
Option D reuses a standard role (Content Creator) and just adjusts its permissions, instead of creating a new custom role from scratch. This aligns with their stated preference.

Works with multiple Business Units
Email Specialists live in multiple BUs, and roles are assigned per user per BU. Assigning the updated Content Creator role to these users in each relevant BU is the standard, scalable approach.

Why the other options are not ideal
A. Create a custom Email Specialist role with needed permissions
This directly contradicts the requirement: “Prefers not to use custom roles unless it is absolutely necessary.”
While technically it would work, it’s not the best-practice solution for this scenario given their preference and the fact that a standard role can be adapted.

B. Alter the roles of Content Creator and Data Manager by denying permissions and then assign the roles
Giving users both Content Creator and Data Manager and then trying to deny things is:
More complex to manage and reason about (Allow vs Deny precedence).
Overkill: Data Manager includes broader data/automation permissions than necessary.
Higher risk of misconfiguration and over-permissioning.

C. Check "Allow" automation permissions for the Content Creator Role and assign it to the Business Units
Roles are assigned to users, not to Business Units themselves.
You can configure which roles are available in a BU, but you don’t “assign a role to a BU” as the final step instead of assigning it to a user.
So this option is conceptually incorrect in terms of how Marketing Cloud role assignment works.

So, from both a best-practice and requirements standpoint, D is the correct choice.

A customer with limited technical resources has assistance in setting up a small email deployment that the customer will maintain long term. The email will display men’s shoes to males in the audience and women’s shoes to females in the audience. The sendable data extension contains a field with a value of Male or Female.
Which method should a consultant recommend to ensure content is displayed properly within the email?



A. AMPscript LookupRows function


B. A/B Test Content type


C. AMPscript conditional against the Gender field


D. Dynamic Content Block





D.
  Dynamic Content Block

Explanation:

📘 Why Dynamic Content Block Is Correct
The customer has limited technical resources and needs a solution that is easy to maintain long term.
Dynamic Content Blocks in Marketing Cloud allow marketers to configure rules (e.g., based on the Gender field in the Data Extension) without writing code.

This means:
If Gender = Male, display men’s shoes.
If Gender = Female, display women’s shoes.

The setup is drag-and-drop, rule-based, and can be updated by non-technical users directly in Content Builder.

It ensures personalization is handled reliably and consistently, while remaining accessible for ongoing maintenance.

❌ Why Other Options Are Incorrect

A. AMPscript LookupRows function
AMPscript is powerful but requires coding knowledge.
LookupRows is used to pull data from other Data Extensions, not simply conditional display based on a field.
Overly complex for this scenario.

B. A/B Test Content type
A/B testing is used to test different subject lines or content variations across segments.
It is not designed for personalization based on subscriber attributes like gender.

C. AMPscript conditional against the Gender field
Technically valid (e.g., IF @Gender == "Male" THEN ... ELSE ...), but requires ongoing coding knowledge.

Not ideal for a customer with limited technical resources who needs a long-term maintainable solution.

🔗 References
Salesforce Help: Dynamic Content in Marketing Cloud
Trailhead: Personalize Content with Dynamic Content Blocks
Salesforce Best Practices: Using Dynamic Content for Attribute-Based Personalization

Northern Trail Outfitters (NTO) has doubled in size over the last couple of years. Because of this growth they have decided to organize their company into Business Units to better manage operations. Which statement is correct regarding the Business Unit functionality within Marketing Cloud? Choose 2 answers



A. Business Units can have more than one parent Business Unit.


B. Subscribers can only appear in one Business Unit.


C. Business Units can mirror an organization's operational structure.


D. Business Units can share information with other Business Units.





C.
  Business Units can mirror an organization's operational structure.

D.
  Business Units can share information with other Business Units.

Explanation:

A. Business Units can have more than one parent Business Unit.
Incorrect. Marketing Cloud uses a strict single-parent hierarchy. Every Business Unit (except the top-level Enterprise/parent BU) can have only one parent Business Unit. Multiple parents are not supported.

B. Subscribers can only appear in one Business Unit.
Incorrect. Subscribers live at the Enterprise level in the All Subscribers list. The same subscriber can exist and be engaged in multiple Business Units at the same time. A subscriber’s presence in a child BU is controlled by sending from that BU or by subscriber-sharing rules, not by exclusivity.

C. Business Units can mirror an organization’s operational structure.
Correct. This is the primary purpose of Business Units. Companies commonly use them to represent brands, geographic regions, divisions, subsidiaries, or franchises, allowing each unit to have its own content, data, users, and reporting while still rolling up to a parent account.

D. Business Units can share information with other Business Units.
Correct. Business Units can share assets such as Data Extensions, images, content blocks, templates, and even subscribers (when sharing rules are enabled). This sharing capability is a core feature that provides separation when needed and collaboration when desired.

Northern Trail Outfitters (NTO) wants to better understand subscriber behavior on their website upon arrival via an email message. A local member of a Marketing Cloud user group mentioned the Web Analytics Connector. Which benefit is offered by installing the Web Analytics Connector in a Marketing Cloud account?
Choose 3 answers



A. Use the web analytics platform to trigger behavioral remarketing emails.


B. Track web activity from a click on an email URL back to a specific email campaign.


C. Pass web conversion data back into Marketing Cloud for use in email reporting.


D. Recognize web traffic as originating from email instead of another channel.


E. Match subscribers to web activity by passing Subscriber ID through email links.





B.
  Track web activity from a click on an email URL back to a specific email campaign.

D.
  Recognize web traffic as originating from email instead of another channel.

E.
  Match subscribers to web activity by passing Subscriber ID through email links.

Explanation:

📘 Why These Are Correct
B. Track web activity from a click on an email URL back to a specific email campaign The Web Analytics Connector appends tracking parameters to email links.
This allows the web analytics platform (e.g., Google Analytics, Adobe Analytics) to associate site activity with the originating email campaign.
NTO can then measure how effective each campaign is at driving on-site engagement.

D. Recognize web traffic as originating from email instead of another channel
Without the connector, traffic from email may appear as "direct" or "referral" in analytics.
The connector ensures that traffic is properly categorized as email-driven traffic, giving NTO accurate channel attribution.

E. Match subscribers to web activity by passing Subscriber ID through email links
The connector can pass the Subscriber ID (or Contact Key) in the URL parameters.
This enables matching individual subscriber behavior on the website back to their profile in Marketing Cloud.
It’s critical for personalization and deeper behavioral insights.

❌ Why The Others Are Incorrect

A. Use the web analytics platform to trigger behavioral remarketing emails
Behavioral remarketing emails are triggered from Marketing Cloud using Journey Builder or Automation Studio, not directly from the web analytics platform.
The connector provides tracking, not email triggering.

C. Pass web conversion data back into Marketing Cloud for use in email reporting
Conversion data remains in the web analytics platform.
The connector does not automatically push conversion data back into Marketing Cloud reporting.
Integration for conversions requires additional custom setup or API work.

🔗 References
Salesforce Help: Web Analytics Connector Overview
Trailhead: Marketing Cloud Connect and Analytics
Salesforce Best Practices: Tracking Email-Driven Web Traffic

Northern Trail Outfitters wants to target all customer who have registered to receive Push Notifications. Their app uses the Mobile Push multiple with Mobile Push SDK.
In which two ways should this segment be created?



A. Using Mobile Studio, create a Mobile Push Filtered List filter on the MobilePush Demographics attribute group.


B. Using Automation Studio, query the_MobilePushDemographics Data View and saved this to a data extension.


C. Using Journey Builder, target the entire customer database then filter using MobilePush Demographics attribute group


D. Using Contact Builder, create a Filtered Data Extension from All Contact where there is a record in MobilePush Demographics.





A.
  Using Mobile Studio, create a Mobile Push Filtered List filter on the MobilePush Demographics attribute group.

D.
  Using Contact Builder, create a Filtered Data Extension from All Contact where there is a record in MobilePush Demographics.

Explanation:

Explanation of each option:
A. Using Mobile Studio, create a Mobile Push Filtered List filter on the MobilePush Demographics attribute group.
Correct.
This is the fastest, easiest, and officially recommended way to target everyone who has opted in to push notifications. In Mobile Studio → MobilePush → Overview → Filtered Lists, you can create a filter on the MobilePush Demographics attribute group where Opted In = True (or simply “Device ID is not null”). The resulting list updates automatically and can be used directly in message sends.

B. Using Automation Studio, query the _MobilePushDemographics Data View and save this to a data extension.
Incorrect.
While technically possible, this is not one of the two best/recommended methods. It requires writing and maintaining a query, scheduling an automation, and does not automatically reflect real-time opt-in/opt-out changes as cleanly as the filtered methods do.

C. Using Journey Builder, target the entire customer database then filter using MobilePush Demographics attribute group.
Incorrect.
Journey Builder does not let you apply MobilePush Demographics filters at entry unless you use a pre-built filtered Data Extension or Filtered List. Starting from “All Contacts” and trying to filter inside the journey on MobilePush attributes is not supported for push messages.

D. Using Contact Builder, create a Filtered Data Extension from All Contacts where there is a record in MobilePush Demographics.
Correct.
This is the second officially supported and widely used method. In Contact Builder → Data Designer → Create → Filter → Filter on Attribute Group “MobilePush Demographics” → Device ID is not null (or Opted In = True). The resulting Filtered DE stays up-to-date automatically and can be used as an audience for MobilePush messages or Journey Builder entry sources.

Recommendations
Salesforce documentation and Trailhead explicitly list Filtered Mobile Lists in Mobile Studio and Filtered Data Extensions in Contact Builder based on MobilePush Demographics as the two primary ways to target opted-in push subscribers.

A financial company wans to use Marketing Cloud to send late payment notices to accounts whose payment due date lapsed the previous week. The company has shared the following:

Payment.csv will arrive on the Enhanced SFTP each Monday at 1 a.m.
Payments.csv will be encrypted.
Payments.csv will contain data from the previous week.
Late payment notices will be sent each Monday at noon.
They need to receive a file containing customers who opened or clicked on the late payment notice email within five days after send.

Which automation sequence represents a viable solution?



A. File Transfer > Import File > Filter > Wait > Send Email > SQL Query > Wait > Data
Extract > File Transfer


B. Import File > File Transfer > SQL Query > Wait > Send Email > Wait > SQL Query >
Data Extract > File Transfer


C. File Transfer > File Transfer > Import File > SQL Query > Wait > Send Email > SQL
Query > File Transfer


D. File Transfer > Import File > Filter > Wait > Send Email > Wait > SQL Query > Data Extract > File Transfer





D.
  File Transfer > Import File > Filter > Wait > Send Email > Wait > SQL Query > Data Extract > File Transfer

Explanation:

📘 Why Option D Is Correct
Let’s map the requirements step by step:

Payments.csv arrives encrypted on Enhanced SFTP at 1 a.m. → File Transfer activity is required first to decrypt and prepare the file.

Payments.csv must be imported into a Data Extension (Shipping Notice DE). → Import File activity loads the data into the target DE.

Segment accounts whose payment due date lapsed the previous week. → Filter Activity isolates the correct audience from the imported data.

Send late payment notices each Monday at noon. → Wait Activity ensures the send occurs at the correct time (noon). → Send Email Activity delivers the late payment notices.

Track customers who opened or clicked within 5 days after send. → Wait Activity (5 days) allows time for engagement. → SQL Query Activity queries the tracking data views (_Open, _Click) to identify engaged customers.

Provide a file of engaged customers. → Data Extract Activity creates the export file. → File Transfer Activity moves the file back to SFTP for delivery.

❌ Why Other Options Are Incorrect
A. File Transfer > Import File > Filter > Wait > Send Email > SQL Query > Wait > Data Extract > File Transfer
Incorrect order: SQL Query runs before the 5-day wait, so engagement data wouldn’t be captured properly.

B. Import File > File Transfer > SQL Query > Wait > Send Email > Wait > SQL Query > Data Extract > File Transfer
Wrong order: File Transfer should occur before Import (to decrypt).

SQL Query before send makes no sense.

C. File Transfer > File Transfer > Import File > SQL Query > Wait > Send Email > SQL Query > File Transfer
Redundant double File Transfer.
SQL Query before send is invalid.

🔗 References
Salesforce Help: Automation Studio Activities
Trailhead: Marketing Cloud Automation Studio Basics
Salesforce Documentation: Data Views for Tracking (Open, Click)

Northern Trail Outfitters (NTO) wants its monthly distributor newsletter email to appear to be sent on behalf of the subscriber’s account representative without segmenting the audience by sales representative. In which two ways could this distributor-specific sender profile be configured in a Marketing Cloud account with Sender Authentication Package implemented?
Choose 2 answers



A. Pick “Choose from list,” selecting the From Name and From Email values from the list of account users.


B. Match the external keys of the sender profile and data extension containing account representative details.


C. Utilize AMPscript data extension lookups to dynamically populate the From Name and From Email values.


D. Use substitution strings to populate the From Name and From Email values in the sender profile.





C.
  Utilize AMPscript data extension lookups to dynamically populate the From Name and From Email values.

D.
  Use substitution strings to populate the From Name and From Email values in the sender profile.

Explanation:

The requirement is to have the email appear to be sent on behalf of the subscriber's account representative (dynamic sender) without segmenting the audience. This means the sender information must be determined individually for each subscriber at the time of send. This is known as a Dynamic Sender Profile.

C. Utilize AMPscript data extension lookups to dynamically populate the From Name and From Email values.
Reason: This is the most powerful and flexible method. You can insert AMPscript directly into the From Name and From Email fields of the Sender Profile. The AMPscript would perform a Lookup() (or similar function) against a separate data extension (e.g., SalesRepsDE) using the subscriber's ID (which is available in the sendable DE) to retrieve the correct rep's name and email address.

Example in Sender Profile:
From Name: %%=Lookup("SalesRepsDE", "RepName", "CustomerID", CustomerID)=%%
From Email: %%=Lookup("SalesRepsDE", "RepEmail", "CustomerID", CustomerID)=%%

D. Use substitution strings to populate the From Name and From Email values in the sender profile.
Reason: A simpler method for achieving dynamic senders is to use personalization strings (also known as substitution strings) that correspond directly to fields in the Sendable Data Extension (DE).

The sendable DE must contain the required fields, such as AccountRepName and AccountRepEmail.

The Sender Profile fields are then simply set to:
From Name: %%AccountRepName%%
From Email: %%AccountRepEmail%%

This is the quickest method, provided the sender information is readily available in the data extension used for the send.

SAP Consideration
The Sender Authentication Package (SAP) is crucial here because it authenticates the domain (e.g., e.ntomarketing.com). For both dynamic methods (C and D) to work reliably, the dynamically inserted From Email address must use a domain that is properly authenticated under the SAP configuration (e.g., rep.name@e.ntomarketing.com or rep.name@ntomarketing.com, if configured). If the email address is not authenticated, the platform will use the Fallback Address defined in the Sender Profile to prevent delivery failure.

❌ Analysis of Incorrect Answers
A. Pick “Choose from list,” selecting the From Name and From Email values from the list of account users.
Incorrect: This is used for a static sender profile that sends from a single, specific Marketing Cloud user's credentials. It does not allow for subscriber-level dynamic personalization.

B. Match the external keys of the sender profile and data extension containing account representative details.
Incorrect: While the External Key is important for referencing an object, matching External Keys is not a mechanism used to dynamically populate the From Name or From Email at send time. Data retrieval for dynamic content relies on personalization strings or AMPscript functions.

A customer needs to link demographic information to its model in Contact Builder. What type of relationship should be used?



A. One-to-Many


B. One-to-One


C. Many-to-One


D. Many-to-Many





B.
  One-to-One

Explanation:

Demographic Information typically refers to primary, singular attributes of a contact, such as First Name, Last Name, Gender, Birth Date, and State.

B. One-to-One
Reason: In the standard Marketing Cloud Contact Model, each unique Contact Key (the primary identifier for the contact) should have only one corresponding set of core demographic details. For example, a single customer has only one first name, one gender, and one birth date.

This type of data is usually stored in the primary All Subscribers list or the main Sendable Data Extension, which is linked to the Contact Model using a One-to-One relationship via the Contact Key (or Subscriber Key).

❌ Analysis of Incorrect Answers
A. One-to-Many
Incorrect: A One-to-Many relationship is used when a single contact has multiple related records. Examples include:
One Contact → Many Orders
One Contact → Many Email Clicks
One Contact → Many Loyalty Transactions

This relationship is suitable for behavioral or transactional data, not singular demographic data.

C. Many-to-One
Incorrect: While technically possible in database design, this relationship type is usually reversed in the Contact Builder context, where the Contact Key is the anchor. A Many-to-One relationship would imply that many different contacts share the same demographic record, which is not how personalized demographic data is typically structured.

D. Many-to-Many
Incorrect: A Many-to-Many relationship is complex and requires an intermediary (or Junction) table. It's used when multiple records in one entity can relate to multiple records in another (e.g., Many Contacts → Many Products of Interest, connected via an Interest table). This level of complexity is unnecessary for core demographic data.

📚 References
Salesforce Help Documentation - Contact Builder Data Relationships: Defines the different relationship types, confirming that One-to-One is used for linking attributes where only one value is expected per contact (i.e., demographic information).
Marketing Cloud Consultant Exam Guide - Data Design and Management: This domain stresses the importance of correctly defining data relationships in Contact Builder, with core demographic data always being modeled as a One-to-One relationship with the Contact Key.

Northern Trail Outfitters (NTO) wants to send out a communication to subscribers who have not made a purchase the last six months. Customer are often opted-in to more than one messaging channel. NTO would like to be able to communicate the same message across all channels. Which flow would meet their needs?



A. Query Activity > API Event > Automation Studio Activities


B. Import Activity > Decision > Journey Activities


C. Query Activity > Data Extension Entry Source > Journey Activates


D. Salesforce Entry Event > Query Activity > Automation Studio Activities





C.
  Query Activity > Data Extension Entry Source > Journey Activates

Explanation:

Here’s why:
NTO wants to:

Find customers with no purchases in the last 6 months
→ This is best done with a Query Activity in Automation Studio, pulling from purchase data and writing results into a target data extension.

Send the same message across multiple channels (e.g., Email, SMS, Push)
→ This is exactly what Journey Builder is for: an omni-channel orchestration tool.
You use a Data Extension Entry Source to feed those queried customers into a Journey, then add Journey Activities (Email, MobileConnect SMS, MobilePush, etc.) to send consistent messaging per channel.

So the flow in C:

Query Activity (build audience)
→ Data Extension Entry Source (use that audience as Journey entry)
→ Journey Activities (send cross-channel messages)

matches the requirement perfectly.

Why the others don’t fit as well
A. Query Activity > API Event > Automation Studio Activities
API Events are for API-triggered Journeys, not needed here.
“Automation Studio Activities” at the end doesn’t handle multi-channel orchestration like Journey Builder does.

B. Import Activity > Decision > Journey Activities
Starts with an Import, but the audience is defined by “no purchase in 6 months”, which requires a query, not just an import.
Also doesn’t clearly show how the segment is built from transactional data.

D. Salesforce Entry Event > Query Activity > Automation Studio Activities
Salesforce Entry Events are for Salesforce CRM-based triggers, not for a “no purchase in 6 months” file/DE-based behavioral segment in general.
Ends in Automation Studio, which isn’t the multi-channel orchestration tool Journey Builder is.

So the best and most realistic solution is:

✅ C. Query Activity > Data Extension Entry Source > Journey Activities

Which three statements are correct regarding the automation tools in Marketing Cloud? Choose 3 answers



A. Automation Studio and Journey Builder allow users to repeat an interaction indefinitely.


B. Journey Builder allows users to inject Contacts from a data extension which is updated by Automation Studio.


C. Journey Builder allows users to update a contact record in a journey or import data into a data extension.


D. Automation Studio and Journey Builder allow users to define a wait activity based on duration.


E. Automation Studio and Journey Builder allow users to define the parameters of a send within the tool.





B.
  Journey Builder allows users to inject Contacts from a data extension which is updated by Automation Studio.

D.
  Automation Studio and Journey Builder allow users to define a wait activity based on duration.

E.
  Automation Studio and Journey Builder allow users to define the parameters of a send within the tool.

Explanation:

A. Automation Studio and Journey Builder allow users to repeat an interaction indefinitely.
Incorrect.
Automation Studio automations can run indefinitely on a schedule, but individual interactions (e.g., a Send Email activity) are one-time per run. Journey Builder does not allow true indefinite looping without an exit criteria or re-entry setting — it is not designed for infinite loops (Salesforce explicitly warns against creating infinite loops).

B. Journey Builder allows users to inject Contacts from a data extension which is updated by Automation Studio.
Correct.
This is a standard and widely used pattern: Automation Studio runs a Query Activity that refreshes a Data Extension → Journey Builder uses that Data Extension as a Data Extension Entry Source with scheduled or real-time injection.

C. Journey Builder allows users to update a contact record in a journey or import data into a data extension.
Incorrect.
Journey Builder has no native activity to update a Contact record (Contact Builder) or import data into a Data Extension. You can update Data Extension fields via Update Contact activity, but not the core Contact record or perform file imports.

D. Automation Studio and Journey Builder allow users to define a wait activity based on duration.
Correct.
Both tools support time-based waits:
Automation Studio → Wait Activity (by hours, days, etc.)
Journey Builder → Wait By Duration (up to 30 days) or Wait Until Date

E. Automation Studio and Journey Builder allow users to define the parameters of a send within the tool.
Correct.
Automation Studio → Send Email activity (choose email, audience, sender profile, etc.)
Journey Builder → Send Email, Send SMS, Push Message activities (full control over content, sender profile, delivery profile, suppression lists, etc.)

References:
Trailhead: “Journey Builder Basics”, “Automation Studio Overview”
Salesforce Help: “Wait Activity”, “Data Extension Entry Event”

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