An administrator configures three virtual networks in the same Azure region: VNet A (), VNet B (), and VNet C (). Virtual machines are deployed in subnets within all three virtual networks.
Virtual network peering is configured between VNet A and VNet B, and between VNet B and VNet C. All peering connections use the default settings: 'Allow virtual network access' is enabled, while 'Allow forwarded traffic', 'Allow gateway transit', and 'Use remote gateways' are disabled. No user-defined routes (UDRs) or virtual network gateways exist.
Which of the following statements about network connectivity are correct? (Select two.)
- Virtual machines in VNet A can communicate directly with virtual machines in VNet B.Cevap
- Virtual machines in VNet B can communicate directly with virtual machines in VNet C.Cevap
- CVirtual machines in VNet A can communicate directly with virtual machines in VNet C.
- DVirtual machines in VNet A can resolve the private DNS hostnames of virtual machines in VNet C by default.
Cevap
Virtual machines in VNet A can communicate directly with virtual machines in VNet B, and virtual machines in VNet B can communicate directly with virtual machines in VNet C.
Direct peering links are configured between VNet A and VNet B, and between VNet B and VNet C. Since virtual network access is allowed, communication between these directly peered networks is fully established. However, because virtual network peering is non-transitive, traffic cannot flow between VNet A and VNet C.
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Anahtar Kavram
Virtual network peering is non-transitive, meaning direct peering links must be established between each pair of virtual networks that require communication, unless a transit gateway or NVA is configured.
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