WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
WGU E033 Azure Storage &
Business Continuity
Study Review and Practice Questions | 2026–2027
110 Multiple-Choice Questions • Detailed Rationales • Answer Key
High-Yield Review
Storage types: Blob for objects, Files for shared file systems, Managed Disks for VM block storage,
Queue for messages, Table for simple key-attribute entities.
Access tiers: Hot, Cool, Cold and Archive differ in storage price, access charges, minimum retention and
retrieval behavior. Archive requires rehydration.
Replication: LRS stays local; ZRS crosses zones; GRS crosses regions asynchronously; GZRS combines
zones and geo; read-access variants expose a secondary read endpoint.
Security: Prefer Microsoft Entra ID/RBAC and managed identities; constrain SAS, private endpoints,
firewall rules, and encryption key management.
Recovery: Use backups, restore testing, soft delete, versioning, immutability, Site Recovery, and
documented failover/failback runbooks.
Continuity objectives: RPO is acceptable data loss; RTO is acceptable downtime. Replication alone is
not a substitute for backup.
Original educational practice • Page 1
,WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
Storage account fundamentals
Question 1. A team needs object storage for unstructured images and documents. Which service is
appropriate?
A. Azure Queue Storage
B. Azure Blob Storage
C. Azure Files
D. Azure Managed Disks
Correct Answer: B. Azure Blob Storage
Detailed Rationale: Blob Storage is designed for scalable object storage.
Why the Other Options Are Incorrect: A — Azure Queue Storage does not provide the capability or
satisfy the specific constraint described in this scenario. C — Azure Files does not provide the
capability or satisfy the specific constraint described in this scenario. D — Azure Managed Disks
does not provide the capability or satisfy the specific constraint described in this scenario.
Question 2. A Windows application requires a managed SMB share accessible by multiple VMs.
Which service fits?
A. Azure Table Storage
B. Azure Managed Disks
C. Azure Files
D. Azure Blob Storage
Correct Answer: C. Azure Files
Detailed Rationale: Azure Files offers managed SMB file shares.
Why the Other Options Are Incorrect: A — Azure Table Storage does not provide the capability or
satisfy the specific constraint described in this scenario. B — Azure Managed Disks does not
provide the capability or satisfy the specific constraint described in this scenario. D — Azure Blob
Storage does not provide the capability or satisfy the specific constraint described in this scenario.
Original educational practice • Page 2
,WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
Question 3. A VM requires persistent block-level operating-system storage. What should the
architect select?
A. Azure Queue Storage
B. Azure Files only
C. Azure Table Storage
D. Azure Managed Disks
Correct Answer: D. Azure Managed Disks
Detailed Rationale: Managed disks provide block storage for Azure VMs.
Why the Other Options Are Incorrect: A — Azure Queue Storage does not provide the capability or
satisfy the specific constraint described in this scenario. B — Azure Files only does not provide the
capability or satisfy the specific constraint described in this scenario. C — Azure Table Storage
does not provide the capability or satisfy the specific constraint described in this scenario.
Question 4. A workflow needs durable messages for asynchronous processing. Which storage
offering fits?
A. Azure Queue Storage
B. Azure Managed Disks
C. Azure Files
D. Azure Archive Blob tier
Correct Answer: A. Azure Queue Storage
Detailed Rationale: Queue Storage stores messages for asynchronous consumers.
Why the Other Options Are Incorrect: B — Azure Managed Disks does not provide the capability or
satisfy the specific constraint described in this scenario. C — Azure Files does not provide the
capability or satisfy the specific constraint described in this scenario. D — Azure Archive Blob tier
does not provide the capability or satisfy the specific constraint described in this scenario.
Question 5. A solution needs a simple NoSQL key-attribute store. Which Azure Storage service is
appropriate?
A. Azure Queue Storage
B. Azure Table Storage
C. Azure Files
D. Azure Managed Disks
Correct Answer: B. Azure Table Storage
Detailed Rationale: Table Storage supports schemaless key-attribute entities.
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, WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
Why the Other Options Are Incorrect: A — Azure Queue Storage does not provide the capability or
satisfy the specific constraint described in this scenario. C — Azure Files does not provide the
capability or satisfy the specific constraint described in this scenario. D — Azure Managed Disks
does not provide the capability or satisfy the specific constraint described in this scenario.
Blob tiers
Question 6. Data is accessed several times each day. Which Blob access tier is generally
appropriate?
A. Cold
B. Archive
C. Hot
D. Cool
Correct Answer: C. Hot
Detailed Rationale: Hot optimizes frequent access, though storage cost is higher.
Why the Other Options Are Incorrect: A — Cold does not provide the capability or satisfy the
specific constraint described in this scenario. B — Archive does not provide the capability or satisfy
the specific constraint described in this scenario. D — Cool does not provide the capability or
satisfy the specific constraint described in this scenario.
Question 7. Data is rarely read but must remain immediately accessible online. Which tier may fit?
A. Archive
B. Premium page blobs
C. Managed disk
D. Cool
Correct Answer: D. Cool
Detailed Rationale: Cool is an online tier for infrequently accessed data.
Why the Other Options Are Incorrect: A — Archive does not provide the capability or satisfy the
specific constraint described in this scenario. B — Premium page blobs does not provide the
capability or satisfy the specific constraint described in this scenario. C — Managed disk does not
provide the capability or satisfy the specific constraint described in this scenario.
Question 8. Records must be retained long term and retrieval can tolerate rehydration delays.
Which tier fits?
Original educational practice • Page 4
WGU E033 Azure Storage &
Business Continuity
Study Review and Practice Questions | 2026–2027
110 Multiple-Choice Questions • Detailed Rationales • Answer Key
High-Yield Review
Storage types: Blob for objects, Files for shared file systems, Managed Disks for VM block storage,
Queue for messages, Table for simple key-attribute entities.
Access tiers: Hot, Cool, Cold and Archive differ in storage price, access charges, minimum retention and
retrieval behavior. Archive requires rehydration.
Replication: LRS stays local; ZRS crosses zones; GRS crosses regions asynchronously; GZRS combines
zones and geo; read-access variants expose a secondary read endpoint.
Security: Prefer Microsoft Entra ID/RBAC and managed identities; constrain SAS, private endpoints,
firewall rules, and encryption key management.
Recovery: Use backups, restore testing, soft delete, versioning, immutability, Site Recovery, and
documented failover/failback runbooks.
Continuity objectives: RPO is acceptable data loss; RTO is acceptable downtime. Replication alone is
not a substitute for backup.
Original educational practice • Page 1
,WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
Storage account fundamentals
Question 1. A team needs object storage for unstructured images and documents. Which service is
appropriate?
A. Azure Queue Storage
B. Azure Blob Storage
C. Azure Files
D. Azure Managed Disks
Correct Answer: B. Azure Blob Storage
Detailed Rationale: Blob Storage is designed for scalable object storage.
Why the Other Options Are Incorrect: A — Azure Queue Storage does not provide the capability or
satisfy the specific constraint described in this scenario. C — Azure Files does not provide the
capability or satisfy the specific constraint described in this scenario. D — Azure Managed Disks
does not provide the capability or satisfy the specific constraint described in this scenario.
Question 2. A Windows application requires a managed SMB share accessible by multiple VMs.
Which service fits?
A. Azure Table Storage
B. Azure Managed Disks
C. Azure Files
D. Azure Blob Storage
Correct Answer: C. Azure Files
Detailed Rationale: Azure Files offers managed SMB file shares.
Why the Other Options Are Incorrect: A — Azure Table Storage does not provide the capability or
satisfy the specific constraint described in this scenario. B — Azure Managed Disks does not
provide the capability or satisfy the specific constraint described in this scenario. D — Azure Blob
Storage does not provide the capability or satisfy the specific constraint described in this scenario.
Original educational practice • Page 2
,WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
Question 3. A VM requires persistent block-level operating-system storage. What should the
architect select?
A. Azure Queue Storage
B. Azure Files only
C. Azure Table Storage
D. Azure Managed Disks
Correct Answer: D. Azure Managed Disks
Detailed Rationale: Managed disks provide block storage for Azure VMs.
Why the Other Options Are Incorrect: A — Azure Queue Storage does not provide the capability or
satisfy the specific constraint described in this scenario. B — Azure Files only does not provide the
capability or satisfy the specific constraint described in this scenario. C — Azure Table Storage
does not provide the capability or satisfy the specific constraint described in this scenario.
Question 4. A workflow needs durable messages for asynchronous processing. Which storage
offering fits?
A. Azure Queue Storage
B. Azure Managed Disks
C. Azure Files
D. Azure Archive Blob tier
Correct Answer: A. Azure Queue Storage
Detailed Rationale: Queue Storage stores messages for asynchronous consumers.
Why the Other Options Are Incorrect: B — Azure Managed Disks does not provide the capability or
satisfy the specific constraint described in this scenario. C — Azure Files does not provide the
capability or satisfy the specific constraint described in this scenario. D — Azure Archive Blob tier
does not provide the capability or satisfy the specific constraint described in this scenario.
Question 5. A solution needs a simple NoSQL key-attribute store. Which Azure Storage service is
appropriate?
A. Azure Queue Storage
B. Azure Table Storage
C. Azure Files
D. Azure Managed Disks
Correct Answer: B. Azure Table Storage
Detailed Rationale: Table Storage supports schemaless key-attribute entities.
Original educational practice • Page 3
, WGU E033 | AZURE STORAGE & BUSINESS CONTINUITY | 2026–2027
Why the Other Options Are Incorrect: A — Azure Queue Storage does not provide the capability or
satisfy the specific constraint described in this scenario. C — Azure Files does not provide the
capability or satisfy the specific constraint described in this scenario. D — Azure Managed Disks
does not provide the capability or satisfy the specific constraint described in this scenario.
Blob tiers
Question 6. Data is accessed several times each day. Which Blob access tier is generally
appropriate?
A. Cold
B. Archive
C. Hot
D. Cool
Correct Answer: C. Hot
Detailed Rationale: Hot optimizes frequent access, though storage cost is higher.
Why the Other Options Are Incorrect: A — Cold does not provide the capability or satisfy the
specific constraint described in this scenario. B — Archive does not provide the capability or satisfy
the specific constraint described in this scenario. D — Cool does not provide the capability or
satisfy the specific constraint described in this scenario.
Question 7. Data is rarely read but must remain immediately accessible online. Which tier may fit?
A. Archive
B. Premium page blobs
C. Managed disk
D. Cool
Correct Answer: D. Cool
Detailed Rationale: Cool is an online tier for infrequently accessed data.
Why the Other Options Are Incorrect: A — Archive does not provide the capability or satisfy the
specific constraint described in this scenario. B — Premium page blobs does not provide the
capability or satisfy the specific constraint described in this scenario. C — Managed disk does not
provide the capability or satisfy the specific constraint described in this scenario.
Question 8. Records must be retained long term and retrieval can tolerate rehydration delays.
Which tier fits?
Original educational practice • Page 4
