Explanation:
RSA
4096

Key: RSA
length: 4096 https://learn.microsoft.com/en-us/azure/storage/common/customer-managed-keys-overview#key- vault-requirements

Explanation:
Account type: StorageV2 only
Object type to create in the new account: Container
To configure object replication in Azure Blob Storage, both the source and destination storage accounts must meet specific requirements. The Microsoft Azure Administrator documentation clearly specifies that object replication is supported only for StorageV2 (General-purpose v2) accounts, and replication can only occur between blob containers in those accounts.
* Account Type: Object replication is supported exclusively in StorageV2 accounts because older types such as BlobStorage or StorageV1 lack replication metadata and versioning support.
* Object Type: The replication applies only to blob containers-it does not support files, tables, or queues.
Replication works by asynchronously copying block blobs (not append or page blobs) between the source and destination containers once replication rules are configured.
Therefore, to replicate images (blobs) from storage1 to the new account, the new account must be created as StorageV2 only, and the object type must be a container.
Final Verified Answer:
# Account type: StorageV2 only
# Object type to create: Container

Explanation:
No
Yes
No
Azure Bastion is a fully managed platform-as-a-service (PaaS) solution that allows secure RDP (for Windows VMs) and SSH (for Linux VMs) connections directly through the Azure portal - without exposing public IP addresses. It provides browser-based connectivity over TLS from the Azure portal and uses port 443 only.
Let's analyze the scenario step by step based on the provided configuration and the Microsoft Azure Administrator documentation (AZ-104 study guide):
Network Topology Review
VNet
Location
Peered With
VNet1
East US
VNet2
VNet2
East US
VNet1, VNet3
VNet3
West US
VNet2
VM
OS
Connected To
VM1
Windows
VNet1
VM2
Linux
VNet2
VM3
Windows
VNet3
Bastion1 is deployed in VNet1, which is peered with VNet2 (but not directly with VNet3).
Statement Analysis
1. The Remote Desktop Connection client (mstsc.exe) can be used to connect to VM1 through Bastion1 Azure Bastion does not support native clients like mstsc.exe.
Bastion connections are made only via the Azure portal using web-based RDP or SSH.
The mstsc.exe client requires a direct RDP connection, which is not provided through Azure Bastion.
# Answer: No
2. The Azure portal can use SSH to connect to VM2 through Bastion1
Bastion1 is deployed in VNet1, which is peered with VNet2.
Azure Bastion supports connections to peered VNets within the same region, as long as network peering allows traffic between VNets and the VM does not require a public IP.
VM2 (Linux) is connected to VNet2, which is peered with VNet1 (same region, East US).
Therefore, the Azure portal can use SSH (port 22) through Bastion1 to connect to VM2.
# Answer: Yes
3. The Azure portal can be used to connect to VM3 through Bastion1
VM3 is connected to VNet3, which is in West US.
Bastion1 (in VNet1, East US) cannot connect across regions, even though VNet2 is peered with both VNet1 and VNet3.
Bastion does not support transitive peering - meaning Bastion1 cannot connect to VMs in VNets indirectly connected (VNet3 in this case).
# Answer: No
Key Azure Documentation Points (Microsoft Learn Extract):
"Azure Bastion allows you to securely connect to a VM in the same virtual network or a peered virtual network in the same region."
"Bastion does not support transitive peering or connections across regions."
"Connections are made through the Azure portal only and not via native RDP or SSH clients." (Source: Microsoft Learn - Azure Bastion Overview and Connectivity Requirements)

Explanation:

In Azure, when using a Standard SKU Load Balancer, all virtual machines (VMs) that are members of the backend pool must meet specific configuration requirements defined by Microsoft.
According to the Azure Load Balancer documentation (Microsoft Learn: "Standard Load Balancer overview" and "Backend pool management"), the following rules apply:
1## All VMs in the backend pool must be in the same virtual network (VNet) as the load balancer.
2## All network interfaces (NICs) attached to backend pool members must use Standard SKU public or private IP configurations-you cannot mix Basic and Standard SKUs.
3## You cannot associate public IPs directly with VM NICs for internal load balancers. Internal load balancers use private IPs to route traffic within a VNet.
In the proposed solution, you are associating a Standard SKU public IP address to VM1's NIC. However, since LB1 is an internal load balancer, it operates only within a private network scope-public IP associations are not applicable. Also, stopping VM2 does not affect its ability to be added to the backend pool; what matters is its network configuration.
The correct solution would be to ensure that both VM1 and VM2 have network interfaces connected to the same VNet (VNET1) and configured with Standard SKU IP configurations (not public).