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You need to resolve the issue repotted by Admin2.
What should you do?
To resolve the issue reported by Admin2, you need to disassociate NSG5 from NIC4, which is the network interface of VM4. NSG5 is a network security group that has an inbound security rule that denies traffic from ASG2 to ASG5 over port 80. This rule prevents Admin2 from connecting to the web server public IP address on VM4 from VM2, as VM2 is in ASG2 and VM4 is in ASG5. By disassociating NSG5 from NIC4, you can remove the rule that blocks the traffic and allow Admin2 to access the web server on VM4. Alternatively, you could also modify or remove the rule in NSG5, but disassociating NSG5 from NIC4 is simpler and more effective.
You need to troubleshoot the CosmosDB1 issues from the on-premises environment. What should you use?
A company has an Azure Active Directory (Azure AD) tenant. The company deploys Azure AD Connect to synchronize users from an Active Directory Domain Services (AD DS).
The synchronization of a user object is failing.
You need to troubleshoot the failing synchronization by using a built-in Azure AD Connect troubleshooting task.
Which two pieces of information should you collect before you start troubleshooting?
the two pieces of information that should be collected before starting to troubleshoot the failing synchronization by using a built-in Azure AD Connect troubleshooting task are: B. AD connector name E. Object distinguished name
Azure AD Connect is a tool used to synchronize users from an on-premises Active Directory Domain Services (AD DS) to Azure AD. When troubleshooting synchronization issues, it is important to have information about the object that is failing to synchronize. The AD connector name refers to the name of the connector used to connect to the on-premises AD DS. The object distinguished name refers to the unique identifier of the object in the on-premises AD DS. Having this information can help identify and resolve synchronization issues.
A company hosts a network virtual appliance (VNA) and Azure Route Server in different virtual networks (VNets). Border Gateway Protocol (BGP) peering is enabled between the NVA loses internet connectivity after it advertises the default route to the route server.
You need to resolve the problem with the NVA.
What should you do?
A company connects their on-premises network by using Azure VPN Gateway. The on-premises environment includes three VPN devices that separately tunnel to the gateway by using Border Gateway Protocol (BGP).
A new subnet should be unreachable from the on-premises network.
You need to implement a solution.
Solution: Configure subnet delegation.
Does the solution meet the goal?
The proposed solution, which is to configure subnet delegation, does not meet the goal of making the new subnet unreachable from the on-premises network. Subnet delegation is a mechanism to delegate management of a subnet to another resource such as a Network Virtual Appliance or a Service Endpoint. It does not provide any means to restrict or isolate a subnet from the rest of the network.
To meet the goal, you can use Network Security Groups (NSGs) to restrict traffic to and from the new subnet. NSGs allow you to define inbound and outbound security rules that specify the type of traffic that is allowed or denied based on different criteria such as source or destination IP address, protocol, port number, etc. By creating a custom NSG and defining rules that deny traffic to and from the new subnet, you can effectively make that subnet unreachable from the on-premises network.
Therefore, the correct answer is option B, 'No'.
https://docs.microsoft.com/en-us/azure/virtual-network/security-overview
https://docs.microsoft.com/en-us/azure/virtual-network/network-security-groups-overview
