You have three virtual networks named VNet-Prod (address space ), VNet-Hub (address space ), and VNet-Shared (address space ). Virtual machines are deployed in the subnets of all three virtual networks to verify connectivity.
You configure virtual network peering between VNet-Prod and VNet-Hub. You also configure virtual network peering between VNet-Hub and VNet-Shared. For both peering connections, 'Allow virtual network access' is enabled, 'Allow forwarded traffic' is disabled, and 'Use remote gateways' and 'Allow gateway transit' are disabled.
An administrator attempts to establish direct network communication between a virtual machine in VNet-Prod and a virtual machine in VNet-Shared.
Which of the following describes the outcome of this network communication?
- The communication will fail because virtual network peering is non-transitive by default, and traffic cannot route from VNet-Prod to VNet-Shared through VNet-Hub.Answer
- BThe communication will succeed automatically because virtual network peering is inherently transitive across all virtual networks within the same subscription.
- CThe communication will succeed because both virtual networks automatically share private DNS name resolution through VNet-Hub without requiring virtual network links.
- DThe communication will succeed only if a route is added to the routing table with a next hop type of Virtual Network Gateway pointing to VNet-Hub.