Examen

Question 1

A system administrator is preparing a host in a vSphere DRS cluster in p

A. The system administrator needs to schedule DRS to run again.
B. The system administrator needs to migrate virtual machines using vSphere vMotion.
C. vSphere Lifecycle Manager and DRS integration need to be configured.
D. vSphere HA admission control needs to be enabled on the cluster.

Answer 1

B. The system administrator needs to migrate virtual machines using vSphere vMotion.

Therefore, option B is the correct answer to resolve the problem.

When a host is put into maintenance mode, the DRS cluster automatically

Question 2

Which IP storage is supported on vSphere?
A. vSAN
B. SCSI
C. iSCSI
D. SAN

Answer 2

C. iSCSI

iSCSI is a type of IP-based storage that is supported on vSphere. iS

Question 3

What is vSAN?

Answer 3

vSAN is a software-defined storage solution provided by VMware that aggregates local storage devices of ESXi hosts and creates a distributed shared storage for virtual machines.

It uses a combination of flash-based devices and traditional spinning disks to provide performance and capacity for virtual machine storage.

Question 4

What is SCSI?

Answer 4

SCSI is a protocol used for communication between a host and a storage device. While it is commonly used in local storage, it is not used for IP-based storage.

Question 5

Whats SAN?

Answer 5

SAN (Storage Area Network) is a dedicated network that provides block-level access to shared storage devices.

Question 6

Which feature must be enabled to use vSphere Fault Tolerance?
A. vSphere HA
B. vSphere DRS
C. vSphere Replication
D. vSAN

Answer 6

A. vSphere HA

Question 7

How to use Fault Tolerance ()FT?

Answer 7

To use vSphere Fault Tolerance (FT),
vSphere High Availability (HA) must be enabled on the cluster.
vSphere HA provides the underlying infrastructure for FT by ensuring that a secondary virtual machine (VM) is always running on a different host in the cluster.

Question 8

How does Fault Tolerance work?

Answer 8

vSphere FT provides continuous availability for VMs by creating a live shadow instance of the primary VM on a secondary host.
This secondary VM is always kept in sync with the primary VM, and if the primary VM fails, the secondary VM takes over with no downtime or data loss.