Enhance network connectivity by leveraging virtual network peering to link Azure virtual networks across regions for improved efficiency and scalability.
Table of Contents
Question
Why might you use virtual network peering?
A. To connect virtual networks together in the same region or across regions.
B. To assign public IP addresses to all of your resources across multiple virtual networks.
C. So that load balancers can control traffic flow across your virtual networks.
D. To run custom reports that scan and identify what resources are running across all of your virtual networks, as opposed to running reports on each virtual network.
Answer
A. To connect virtual networks together in the same region or across regions.
Explanation
Virtual network peering is used to connect multiple virtual networks together. Once peered, the networks become one network, and resources across virtual networks can communicate with one another.
B is incorrect. Virtual network peering has no link for assigning public IPs to your resources. Virtual network peering is used for connecting networks and has no effect on public IP address assignment.
C is incorrect. Load balancers aren’t required for controlling communication between virtual networks. Load balancers control traffic among multiple endpoints. Virtual network peering is used to connect virtual networks together.
D is incorrect. You can run reports at the subscription level to identify what resources are running. Virtual network peering has no effect on these reports.
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