Your network contains three servers named HV1, HV2, and Server1 that run Windows Server 2012
R2. HV1 and HV2 have the Hyper-V server role installed. Server1 is a file server that contains 3 TB of
free disk space.
HV1 hosts a virtual machine named VM1. The virtual machine configuration file for VM1 is stored in
D:\VM and the virtual hard disk file is stored in E:\VHD.
You plan to replace drive E with a larger volume.
You need to ensure that VM1 remains available from HV1 while drive E is being replaced. You want
to achieve this goal by using the minimum amount of administrative effort.
What should you do?
A.
Perform a live migration to HV2.
B.
Add HV1 and HV2 as nodes in a failover cluster. Perform a storage migration to HV2.
C.
Add HV1 and HV2 as nodes in a failover cluster. Perform a live migration to HV2.
D.
Perform a storage migration to Server1.
Very confusing question, just fyi it’s possible to execute a live migration including the storage migration ,but in that case is called cluesterless live migration, which is not listed here.
I would go with A
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It says – VM1 remains available from HV1. So it’s a good indication for Storage Migration within the same host HV1. However, I agree the wording gives little info on how Server1 can support storage on HV1.
For any cluster to be created, only SAS-connected physical disks are allowed. So both answers with creating a cluster are incorrect.
Live migration from one host to the other would not satisfy “VM1 remains available from HV1” requirement.
So it looks like correct answer is “Storage migration” but look for actual wording in the real exam.
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