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

Explanation:
Detailed Explanation
An alert processing rule configured to ' Suppress notifications ' only stops the associated action group(s) from firing - it does not prevent the underlying alert condition from being evaluated and fired, so Alert1 still appears as a fired alert in the Azure portal on August 11, 2022, even though it falls within the suppression window; statement 1 is Yes. On August 12, 2022, the resource-group creation (an administrative operation matching Alert1 ' s condition) still fires the alert, but because this date falls within Rule1 ' s suppression window (August 10-13, 2022), the Action1 email notification is suppressed - statement 2 is No. Adding a tag to RG1 on August 15, 2022 is also an administrative operation matching Alert1 ' s broad condition and scope, and August 15 falls entirely outside the August 10-13 suppression window, so the alert fires and Action1 ' s email is sent normally - statement 3 is Yes. This matches the source document ' s answer key.
Official Reference
Alert processing rules - Suppress notifications behavior - https://learn.microsoft.com/en-us/azure/azure- monitor/alerts/alerts-processing-rules

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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

Explanation:
Detailed Explanation
Each virtual machine requires exactly one NIC to carry both its private IP address and an associated public IP address (a NIC IP configuration supports one private and one public IP simultaneously), so five VMs require a minimum of five NICs - you cannot share a NIC across VMs. Because all five VMs require identical inbound and outbound security rules, a single NSG is sufficient: that one NSG can be associated with either the subnet or all five NICs, and its rule set applies uniformly to every attached resource. There is no requirement to create a separate NSG per VM when the rule sets are identical, so the minimum is 1, not 5.
Official Reference
Network security groups overview - https://learn.microsoft.com/en-us/azure/virtual-network/network- security-groups-overview

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Explanation:
CORRECTED ANSWER: Statement 1: No. Statement 2: No. Statement 3: Yes.
Detailed Explanation
The policy ' s actions are nested under the ' version ' key, not ' snapshot ' ; a lifecycle rule ' s action set applies only to the blob category it is defined under, so this rule governs blob VERSIONS and does not affect SNAPSHOTS at all - statement 1 is corrected from Yes to No, since snapshots are unaffected by a version- scoped rule. Statement 2 is No because the rule ' s prefixMatch filter is ' container1/ ' , restricting scope to blobs whose path begins with container1; blobs in container2 are excluded entirely, so no tiering occurs there regardless of age. Statement 3 is corrected from No to Yes: Microsoft Learn documents that daysAfterLastTierChangeGreaterThan exists specifically ' to prevent [rehydrated blobs] from being moved back to the archive tier ' too soon after rehydration - after the configured 7-day minimum holding period elapses (and the 30-day creation threshold is met), the policy will automatically re-archive a rehydrated version. The source document ' s original key (Yes/No/No) is corrected on statements 1 and 3.
Official Reference
Optimize costs by automating Blob Storage access tiers - daysAfterLastTierChangeGreaterThan -
https://learn.microsoft.com/en-us/azure/storage/blobs/lifecycle-management-policy-configure

Explanation:
Detailed Explanation
Azure Storage enforces a hard limit of 5 stored access policies per container; with Policy1 and Policy2 already defined, only 3 more can be created. For container-level immutability (WORM), Azure Storage supports exactly two policy types per container at once - one time-based retention policy and one legal hold
- and they can coexist. Since container1 already has a time-based retention policy, only one more immutability policy (a legal hold) can be added, giving a maximum of 1 additional. These are hard platform limits, not permissions issues, and both dropdown values shown in the exhibit (3 and 1) are already highlighted and match the documented limits, so no correction is required.
Official Reference
Define a stored access policy / Configure immutability policies for containers - https://learn.microsoft.com
/en-us/azure/storage/blobs/immutable-policy-configure-container-scope

Explanation:
Detailed Explanation
For App1, the Azure-recommended, credential-less way to grant a web app ' s managed identity read access to blob data is via Access control (IAM), assigning the built-in Storage Blob Data Reader role to the identity ' s service principal - this avoids managing keys and can be scoped/revoked at any time, satisfying the 30-day window by removing the assignment later. For App2 running in Container Instances, direct Azure AD
/managed-identity based data-plane access to Storage requires custom in-container code to request and present a token, which is not the standard configuration path; the practical approach is to configure a Shared Access Signature scoped to Read on the container/blobs with an explicit 30-day expiry, handed to App2. Access keys grant unscoped full account access (not least privilege) and Advanced security only enables Defender for Storage threat detection, not access grants.
Official Reference
Authorize access to blob data with managed identities for Azure resources - https://learn.microsoft.com/en- us/azure/storage/common/storage-auth-aad-msi

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Explanation:
Detailed Explanation
The -ResourceGroupName parameter specifies which resource group the deployment targets (RG1), satisfying the requirement to deploy new resources into RG1 - the -Name, -QueryString, and -Tag parameters are unrelated to targeting a resource group. The -Mode parameter controls how ARM reconciles existing resources: Incremental (the default) only adds or updates resources defined in the template and leaves all other pre-existing resources in the resource group untouched, while Complete mode deletes any resource in the target resource group that is not defined in the template, in addition to deploying what is defined. Since the requirement explicitly demands deleting resources in RG1 that aren ' t specified in the template, -Mode Complete is required; Incremental (the default, and visually highlighted in the exhibit ' s dropdown) would fail that requirement, and ' All ' is not a valid value for -Mode.
Official Reference
Azure Resource Manager deployment modes - https://learn.microsoft.com/en-us/azure/azure-resource- manager/templates/deployment-modes

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