In this scenario, you need to inspect all network traffic between VM1 and VM2 in VNet1 for a period of time.
The proposed solution uses Azure Network Watcher - Connection Monitor. However, this solution does not meet the goal, because Connection Monitor is designed to test connectivity and monitor latency, packet loss, and reachability between two endpoints-not to capture or inspect the actual contents or packets of the traffic.
According to Microsoft Azure Administrator Study Guide and Azure Network Watcher official documentation, Azure provides different tools for different purposes:
Connection Monitor: Verifies that a connection exists between two VMs or endpoints and monitors metrics such as latency, availability, and packet loss. It does not capture network packets or provide detailed traffic inspection.
Network Watcher Packet Capture: Captures actual network packets entering or leaving a virtual machine. It is the correct tool to use when you need to inspect all network traffic between VMs. Packet capture can be configured to run for a specific time (for example, three hours) and stored in Azure Storage for later analysis.
From the Microsoft Learn: " Implement and Manage Network Watcher " documentation, the correct approach is:
"Use Network Watcher Packet Capture to capture network traffic to and from a virtual machine. Packet capture helps in diagnostics by collecting network traffic over a specified time frame or under certain conditions." Therefore, to meet the goal of inspecting all traffic between VM1 and VM2, you must use Packet Capture, not Connection Monitor.

To enable Traffic Analytics for an Azure subscription, the user must have sufficient privileges to configure Network Watcher, NSG flow logs, and the associated Log Analytics workspace.
As per Microsoft Azure documentation, the following built-in roles can enable Traffic Analytics:
* Owner
* Contributor
* Reader
* Network Contributor
The Owner role provides full access to all resources, including the right to delegate permissions and modify configurations. Since the Owner role includes complete management capabilities for all Azure resources at the subscription level, this role absolutely meets the requirements for enabling Traffic Analytics.
The Azure Network Watcher documentation clearly states:
"To enable Traffic Analytics, your account must have any one of the following roles at the subscription scope: Owner, Contributor, Reader, or Network Contributor." Therefore, assigning the Owner role to Admin1 at the subscription level ensures Admin1 has the required permissions to enable Traffic Analytics.

Explanation:

Microsoft Entra ID (formerly Azure Active Directory) supports group naming policies to automatically enforce consistent and compliant naming conventions for Microsoft 365 groups. The purpose of this policy is to standardize names, prevent conflicts, and include metadata such as department, location, or purpose.
According to the Microsoft Entra Administrator documentation and the AZ-104 official study guide ("Manage Azure Identities and Governance"), the steps to implement such a policy are:
Step 1: Create a Group Naming Policy
Navigate to:
Microsoft Entra admin center # Groups # Naming policy.
Here, you can define global naming conventions that apply whenever new Microsoft 365 groups or security groups are created.
Creating the policy allows you to specify prefixes and suffixes that automatically appear in group names based on attributes or fixed strings.
Step 2: Set Add Prefix to Attribute
Once the naming policy is created, select the Add prefix option.
You can choose between two prefix types:
String: A fixed word or phrase (for example, "Corp_")
Attribute: A user or group attribute dynamically pulled from Microsoft Entra ID (for example, Department or CompanyName).
To achieve the naming format < Department > < Group name > , you must choose Attribute as the prefix type, since it will automatically insert the department value of the creator or group owner.
Step 3: Set Select Type to Department
After choosing Attribute as the prefix, you select which attribute will be used.
Choose Department to ensure the prefix dynamically reflects the department name of the group creator.
This results in an automatically generated group name like:
FinanceSales, HRRecruiting, etc.
If desired, you could later add a suffix (like "_Group"), but for this specific scenario, only the prefix (Department) is required.
Official Microsoft Documentation Extract (Summarized):
"A naming policy can consist of prefixes or suffixes that include fixed strings or user attributes, such as
[Department], [Company] , or [Office].
To configure, create a group naming policy and add prefix or suffix elements based on attributes." (Reference: Microsoft Learn - Configure naming policy for Microsoft 365 groups in Azure Active Directory)

Explanation:

Azure Storage ensures durability and high availability of data by replicating it within and/or across datacenters depending on the replication option selected. The exhibit shows that the replication type configured is Locally-redundant storage (LRS), and the access tier (default) is Hot.
1. Minimum Number of Copies - Locally-redundant storage (LRS)
According to Microsoft Azure Storage Documentation (AZ-104 Study Guide):
"Locally redundant storage (LRS) replicates your data three times (3 copies) within a single physical location in the primary region." Each piece of data is written synchronously to three separate storage nodes in the same datacenter. This provides protection against hardware failures within that facility.
Replication options and their redundancy levels:
Replication Type
Number of Copies
Location of Copies
Locally-redundant storage (LRS)
3
Same datacenter (single region)
Zone-redundant storage (ZRS)
3
Across availability zones in same region
Geo-redundant storage (GRS)
6
3 copies in primary region + 3 in paired region
Read-access geo-redundant storage (RA-GRS)
6
Same as GRS, plus read access to secondary region
Therefore, with LRS, the minimum number of copies is 3.
2. Reducing Cost of Infrequently Accessed Data
Azure Storage provides access tiers designed for different usage patterns:
Tier
Description
Typical Use Case
Hot
Highest storage cost, lowest access cost
Frequently accessed data
Cool
Lower storage cost, higher access cost
Infrequently accessed data
Archive
Lowest storage cost, highest retrieval cost
Long-term, rarely accessed data
As per Microsoft Learn - Manage access tiers in Azure Blob Storage:
"To reduce costs for data that is infrequently accessed, you can move blobs from the Hot tier to the Cool or Archive access tier." Hence, to minimize the cost of infrequently accessed data, you should modify the Access tier (default) setting from Hot to Cool or Archive.
Official Microsoft Extract:
From Microsoft Learn - Redundancy in Azure Storage:
"With LRS, three copies of your data exist in a single datacenter."
"To optimize storage costs for infrequently accessed data, set the access tier to Cool or Archive."
# Final Verified Answers:
Statement
Correct Answer
The minimum number of copies of the storage account will be:
3
To reduce the cost of infrequently accessed data in the storage account, you must modify the:

When Azure schedules maintenance for a virtual machine, you can proactively move it to a new physical host by performing a self-service redeploy.
The Redeploy feature in the Azure portal allows you to:
* Move the VM to a new host node.
* Keep the same network interface, disks, and configuration.
* Resolve underlying host-level or platform issues proactively.
This action satisfies the requirement to move VM1 to a different host immediately and minimizes downtime.
This is explicitly documented in the Microsoft Learn - Redeploy Windows virtual machine to new Azure node guide.
# Final Verified Answer: A. Yes