Microsoft Azure Administrator (AZ-104日本語版) - AZ-104日本語 Exam Questions

Explanation:
Detailed Explanation
This mirrors the same underlying platform rule tested in question 5 of this document: Azure Container Apps is documented as Linux-only (linux/amd64 or linux/arm64 images), with no support for Windows containers at all, while Azure Container Instances and Azure Web App for Containers (App Service) both support Windows and Linux container images. For Image1 (Windows Server), the only valid runtime services are Azure Container Instances and App Service - Container Apps must be excluded. For Image2 (Linux), all three services - Azure Container Instances, Azure Container Apps, and App Service - are valid hosts.
Administrators should treat " Container Apps = Linux only " as a hard platform constraint whenever a scenario involves choosing a container hosting service for a Windows-based image.
Official Reference
Containers in Azure Container Apps - https://learn.microsoft.com/en-us/azure/container-apps/containers

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Restricting the SAS ' s Allowed resource types to Object (rather than Container or Service) confines the token to individual, explicitly named blobs -- a Container-scoped SAS would additionally permit listing every blob in the container, which is broader than ' download blobs securely by name. ' Restricting Allowed permissions to Read ensures the token can only download data, with no ability to write, delete, or modify anything, matching a pure download-only requirement. No other combination of the available checkboxes achieves both the object-level scoping and read-only access with less privilege, so Object resource type and Read permission are the two correct settings, matching the source key.
Official Reference
Create a service SAS for a blob or container - https://learn.microsoft.com/en-us/azure/storage/common
/storage-sas-overview

Explanation:
Detailed Explanation
Microsoft Entra ID consumes only one license unit per user per product SKU no matter how many assignment paths grant it -- a product assigned both directly and via a group (Direct, Inherited) still counts as a single consumed license for that user, so User1 consumes one license for Microsoft Intune Suite. Because Microsoft Fabric (Free) shows the same dual assignment path (Direct, Inherited (Group1)), removing only one path leaves the license active through the other: unassigning the direct license alone leaves the group-inherited grant in place, and removing User1 from Group1 alone leaves the direct grant in place. Only removing both the direct assignment and the group membership fully removes the product from User1 ' s license assignments, illustrating that group-based licensing and direct licensing are independent, additive grant paths that must each be revoked.
Official Reference
Group-based licensing in Microsoft Entra ID - https://learn.microsoft.com/en-us/entra/identity/users
/licensing-group-advanced

Explanation:
Detailed Explanation
SSPR configuration in Microsoft Entra ID is split across two blades: Properties, where the ' Self service password reset enabled ' control is set to None, Selected, or All - selecting All is required to enable SSPR for every user in the tenant; and Authentication methods (the registration/methods blade), where each authentication method is enabled and, specifically for the Security questions method, an admin sets ' Number of questions required to register ' (3-5, so 4 is valid) and a separate ' Number of questions required to reset ' .
Administrator Policy governs admin-specific SSPR behavior (not standard users), and Audit logs/Usage & insights are reporting-only views with no configurable settings. Therefore the two settings to modify are Properties and Authentication methods.
Official Reference
Enable self-service password reset - https://learn.microsoft.com/en-us/entra/identity/authentication/tutorial- enable-sspr

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Explanation:
Detailed Explanation
ZRS synchronously writes three copies of data across three physically separate availability zones within the same region, so the storage account stays available (and durable) even if an entire datacenter (zone) fails - satisfying both requirements. GRS/RA-GRS replicate to a secondary region asynchronously, which does not meet the synchronous requirement, and LRS keeps all copies in a single datacenter/fault domain, so it cannot survive a datacenter failure. ZRS is only supported on general-purpose v2 (StorageV2) accounts (and legacy Blob/FileStorage variants) - general-purpose v1 (Storage) accounts do not support ZRS, so the account kind must be StorageV2. Blob storage (legacy) accounts also do not support all the services a GPv2 account does, so StorageV2 is the correct kind pairing with ZRS.
Official Reference
Azure Storage redundancy - https://learn.microsoft.com/en-us/azure/storage/common/storage-redundancy

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AzCopy ' s ' make ' command creates a new, empty container (or file share/directory) at the specified destination URL without transferring any data - exactly what is needed to provision the empty vmimages container before copying the VM image into it. ' sync ' replicates the contents of a source and destination so they match (requires the destination to already exist), and ' copy ' transfers data into an existing or newly- created destination but is not the dedicated container-creation command. Because a container holds block/page
/append blobs, the endpoint segment of the URL must be ' blob ' (not dfs for Data Lake Storage Gen2 hierarchical namespace, queue, table, or file, and ' images ' is not a valid Azure Storage service endpoint). The correct command is therefore azcopy make ' https://mystorageaccount.blob.core.windows.net/vmimages ' .
Official Reference
azcopy make command reference - https://learn.microsoft.com/en-us/azure/storage/common/storage-ref- azcopy-make

Explanation:
CORRECTED ANSWER: Statement 1 (RG1 has Tag2:IT only): Yes. Statement 2 (storage1 has all four tags):
No. Statement 3 (VNET1 has Tag2:IT and Tag3:value2 only): No.
Detailed Explanation
The built-in ' Append a tag and its value to resources ' policy runs in Indexed mode, which Microsoft Learn documentation explicitly states does not evaluate resource groups or subscriptions - only actual taggable
/locatable resource types. So even though RG1 is in-scope and not excluded, the Append effect never fires against it, and RG1 keeps only its manually assigned Tag2:IT (Statement 1 = Yes). storage1 is a resource, in scope and not excluded, so tagging it with Tag3:value1 triggers Append, adding Tag4:value4 - giving it two tags total, never Tag1:subscription or Tag2:IT, since Azure tags never automatically inherit or cascade from a subscription or resource group down to child resources (Statement 2 = No). VNET1 is explicitly excluded (Sub1/RG1/VNET1), so Append never applies to it, and it keeps only its own Tag3:value2 - it never acquires RG1 ' s Tag2:IT, since tags don ' t cascade (Statement 3 = No). The exhibit ' s raw coordinates invert all three answers; the documented Indexed-mode scope exclusion and non-inheritance of tags support the corrected answers above.
Official Reference
Azure Policy definition structure: mode (Indexed vs all) - https://learn.microsoft.com/en-us/azure
/governance/policy/concepts/definition-structure-basics

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Explanation:
Detailed Explanation
Microsoft Entra ID service plans can be enabled through more than one assignment path (direct user assignment and group-based assignment), and when the same underlying service plan is enabled by any one assignment, it becomes active for the user - so you can directly assign User1 an additional license (or the same P2 SKU with that specific service plan enabled) to turn on Microsoft Defender for Cloud Apps Discovery even though the group-based assignment has it disabled; statement 1 is Yes. A license that a user holds only through group-based licensing cannot be individually removed from that user - Entra ID blocks direct removal of an inherited group license; you must either remove the user from the group or unassign the license from the group - so statement 2 is No. Microsoft Learn ' s group-based licensing documentation states that nested groups are not supported: license assignment flows only to a group ' s direct user members, not to members of a nested sub-group. User2 belongs only to Group2, which is itself nested inside Group1, so the P2 license assigned to Group1 does not propagate down to User2; statement 3 is No. This matches the source document ' s answer key.
Official Reference
Group-based licensing in Microsoft Entra ID - nested groups limitation - https://learn.microsoft.com/en-us
/entra/identity/users/licensing-groups-assign