VCP-VVF Vmware Vsphere Foundation Fundamentals Practice Test 2 — 15 Questions

Question 1

A vSphere Foundation administrator is configuring Proactive HA within a cluster backed by hardware vendor provider integrations. A hardware health sensor detects an impending memory degradation event on host ESXi-03. How does Proactive HA respond by default when configured in Automated mode?

Choose an answer to begin — your selection is scored in the full session.

Accepted Answer

It places the host into maintenance mode and uses DRS to evacuate virtual machines.. In Automated mode, Proactive HA responds to a degraded hardware health event (like impending memory degradation) by placing the affected host into maintenance mode and letting DRS evacuate the VMs to healthy hosts. This is the default Automated behavior — it is a graceful, DRS-driven evacuation rather than an abrupt HA restart. The goal is to move workloads off the failing host before hardware failure occurs, preserving VM uptime.

Answer

It triggers an immediate HA host isolation response and restarts VMs on another node.

Answer

It immediately powers off all virtual machines on the host to protect hardware state.

Answer

It generates an SNMP trap and waits for manual administrator intervention.

Question 2

An administrator needs to migrate a running virtual machine from a standard vSwitch port group on an ESXi host to a distributed port group on a vSphere Distributed Switch without downtime. Which type of migration should be performed?

Accepted Answer

vSphere vMotion. vSphere vMotion allows live migration of a running VM from one ESXi host to another, and it can also migrate the VM's network from a standard vSwitch port group to a distributed port group without downtime. This is done by editing the VM's network adapter settings and selecting the distributed port group; vMotion handles the network switchover seamlessly.

Answer

Instant Clone

Answer

Storage vMotion

Answer

Cold Migration

Question 3

An administrator is setting up encrypted vSphere vMotion across different vCenter domains in a vSphere Foundation environment. Which condition must be met to successfully establish an encrypted vMotion migration?

Accepted Answer

Both ESXi hosts must have access to vCenter Server to negotiate the encryption keys.. Encrypted vMotion requires both source and destination hosts to support vMotion encryption, and keys are negotiated using the vCenter server credentials or password tokens.

Answer

Both source and destination hosts must share the same physical subnet.

Answer

Storage vMotion must run simultaneously with compute vMotion.

Answer

The virtual machine must have hardware-accelerated encryption enabled in its BIOS settings.

Question 4

An enterprise environment running vSphere Foundation is preparing for a data center migration. The administrator needs to perform a cold migration of a large virtual machine across vCenter Server boundaries where the target storage uses a different datastore format. Which API/tool mechanism natively handles cross-vCenter, cross-cluster, and cross-datastore migrations simultaneously?

Accepted Answer

Cross-vCenter vSphere vMotion migration wizard. Cross-vCenter vSphere vMotion (or cross-vCenter migration workflow) allows simultaneous migration of compute, storage, and networking across different vCenter instances.

Answer

VMware HCX Hybrid Interconnect only

Answer

Standard vSphere vMotion with Enhanced Linked Mode

Answer

Cross-vCenter Export and Import via OVF Tool

Question 5

An administrator is configuring vSphere Trust Authority within a vSphere Foundation architecture to protect encrypted virtual machines. Which THREE components are core architectural elements of vSphere Trust Authority? (Choose three.)

Accepted Answer

Key Provider to securely manage and store encryption keys. vSphere Trust Authority (vTA) is built around three core architectural elements. Option A is correct because a Key Provider is required to securely manage and store the encryption keys used by the trust authority to protect encrypted VMs. Option C is correct because the Attestation Service verifies the integrity and boot state of ESXi hosts, ensuring only trusted hosts can access keys. Option E is correct because the Trust Cluster consists of dedicated, specialized hosts that run trust services separately from workload clusters, isolating the trust authority from the workloads it protects. Option B is incorrect because vRealize Orchestrator is an automation/orchestration platform and is not a vTA architectural component, and snapshot generation is unrelated to trust authority. Option D is incorrect because a software-defined load balancer for vMotion traffic is part of NSX networking, not vSphere Trust Authority.

Answer

vRealize Orchestrator plugin for automated snapshot generation

Answer

Software-defined load balancer for distributing vMotion packets

Question 6

An administrator is configuring memory allocation for a memory-intensive virtual machine in a vSphere Foundation environment. The VM has 64 GB of allocated RAM, and the reservation is set to 32 GB with a limit of unlimited. The host running the VM currently has low free physical memory, and memory overcommitment is active. When the VM attempts to consume its full 64 GB, what mechanism does vSphere use first to reclaim memory if transparent page sharing (TPS) and ballooning are insufficient?

Accepted Answer

Memory swapping of guest pages to the virtual machine's designated swap file (.vswp) on storage.. When TPS and ballooning cannot reclaim enough memory, ESXi falls back to hypervisor swapping, writing guest physical pages to the VM's .vswp file on a VMFS datastore. This is the last-resort reclamation mechanism before the host would otherwise be forced to take more drastic action. The .vswp file is sized at VM configured memory minus reservation (64 GB − 32 GB = 32 GB here), which is exactly the swap capacity available.

Answer

Forcibly powering off the virtual machine to protect the overall ESXi host stability.

Answer

vSphere vMotion to automatically migrate the VM to another cluster node with available physical memory.

Answer

Memory compression of idle memory pages stored in the host kernel memory cache.

Question 7

An administrator is planning a vSphere Foundation deployment and needs to configure vSphere High Availability (HA) in a cluster containing production virtual machines. Which TWO configuration steps or behaviors are associated with vSphere HA cluster design and operation? (Choose two)

Accepted Answer

vSphere HA requires a minimum of two ESXi hosts in the cluster to provide failover capability.. Option A is correct because vSphere HA needs at least two ESXi hosts in a cluster to provide failover capacity; with a single host there is no other host to restart the VMs on, so HA cannot deliver its availability guarantee. Option D is correct because datastore heartbeating lets the master host determine whether an isolated host is network-partitioned (still heartbeating to the datastore) or has actually failed/powered off (no datastore heartbeat), which drives the correct HA response. Option B is incorrect because vSphere HA does not require dedicated physical switches or STP configuration; it works with standard vSwitches or vSphere Distributed Switches and relies on management-network redundancy, not specialized switch hardware. Option C is incorrect because vSphere HA is not a DRS load-balancing feature; it restarts VMs after host failure, whereas proactive migration based on CPU utilization is handled by vSphere DRS. Option E is incorrect because Admission Control is a configurable HA policy that reserves failover capacity and directly affects whether VMs can be powered on when capacity is insufficient.

Answer

vSphere HA requires dedicated physical switches that support spanning tree protocol configuration.

Answer

vSphere HA automatically migrates powered-on VMs using live vMotion when host CPU utilization exceeds 80%.

Answer

Configuring Admission Control is optional and has no impact on virtual machine power-on operations.

Question 8

An administrator is setting up a new vSphere Foundation environment and needs to integrate on-premises vCenter Server instances with cloud-based management tools. Which VMware component provides a unified cloud console for monitoring and managing multiple vCenter instances across hybrid environments?

Accepted Answer

VMware Aria Operations. VMware Aria Operations (formerly vRealize Operations) provides a unified cloud console for monitoring and managing multiple vCenter instances across hybrid and multi-cloud environments. It aggregates performance, capacity, and configuration data from on-premises and cloud endpoints, offering a single pane of glass. This makes it the correct component for integrating on-premises vCenter with cloud-based management tools.

Answer

vSphere Host Client

Answer

vSphere Lifecycle Manager

Answer

vCenter Server Appliance Shell

Question 9

You notice that virtual machines on a specific host are experiencing high disk latency. You want to identify which VM is consuming the most IOPS. Which tool in the vSphere Client should you use?

Accepted Answer

Performance Charts in the vSphere Client. Performance Charts in the vSphere Client provides real-time and historical monitoring of storage I/O metrics, including IOPS per virtual machine. By selecting the host and navigating to the Performance tab, you can view disk latency and IOPS for all VMs on that host, allowing you to pinpoint the top consumer. This tool aggregates data from vCenter Server and ESXi hosts, making it the correct choice for diagnosing performance issues.

Answer

null

Answer

vSphere Lifecycle Manager

Answer

vSphere Distributed Switch (VDS) Topology

Answer

Storage Policy Based Management (SPBM)

Question 10

You are migrating a VM between two vCenters. Which vSphere feature must be licensed and configured to allow this cross-vCenter migration?

Accepted Answer

Cross-vCenter vMotion. Cross-vCenter vMotion (also called XvMotion) is the specific vSphere feature that allows live migration of a powered-on VM between hosts managed by different vCenter Server instances, including across SSO domains and even different vSphere versions. It requires the appropriate vSphere licensing (available in vSphere Standard and above, and included in vSphere Foundation) and proper configuration such as shared or replicated networking and trust between the vCenters. Without this feature licensed and configured, a VM cannot be live-migrated across vCenter boundaries.

Answer

vSphere Replication

Answer

vSphere Fault Tolerance

Answer

Content Library

Question 11

Which TWO of the following are valid methods to increase the storage capacity of an existing VMDK in vSphere?

Accepted Answer

Extend the partition within the guest operating system. Option B is correct because after increasing a VMDK's size in vSphere, the additional space appears as unallocated space at the end of the disk, and you must extend the partition and/or filesystem inside the guest OS (e.g., with diskpart/Disk Management on Windows or growpart/resize2fs on Linux) before the guest can actually use the new capacity. Option D is correct because the standard vSphere method to grow an existing VMDK is to edit the VM's settings, select the hard disk, and increase its provisioned size (up to the maximum supported by the datastore and virtual hardware version), which expands the virtual disk file itself. Option A is wrong because changing a datastore from VMFS to vSAN is not a supported in-place operation and does not enlarge an existing VMDK. Option C is wrong because adding a new virtual disk increases the VM's total storage but does not increase the capacity of the existing VMDK. Option E is wrong because vMotion relocates a virtual disk between hosts/datastores but does not change its size, and a 'larger datastore' does not resize the VMDK.

Answer

Change the Datastore type from VMFS to vSAN

Answer

Add a new virtual disk to the VM

Answer

Use vMotion to move the disk to a larger datastore

Question 12

Which THREE factors influence vSphere HA virtual machine restart priority?

Accepted Answer

Virtual Machine restart priority settings. vSphere HA restart priority is governed by the VM's configured restart priority setting (A), which admins set per-VM (Disabled, Low, Medium, High, Highest) to define the order in which VMs are powered on after a host failure. VMware Tools heartbeat status (B) matters because HA uses the Tools heartbeat, alongside the host's network and datastore heartbeats, to determine whether a VM is actually running or has failed, which affects whether and how it is restarted. Host resource capacity (D) is a factor because HA admission control and the availability of CPU, memory, and other resources on the remaining hosts determine whether a VM can be restarted and in what order relative to other VMs. VM disk size (C) does not influence restart priority; it only affects storage consumption and possibly boot time, not the HA restart ordering logic. vSphere Distributed Switch port speed (E) is a networking characteristic and has no bearing on HA restart priority decisions.

Answer

Virtual Machine disk size

Answer

VMware vSphere Distributed Switch port speed

Question 13

Which THREE items are managed via vSphere Host Profiles?

Accepted Answer

Virtual Switch configuration. Host Profiles capture and enforce ESXi host configuration, and Virtual Switch configuration (A) is a core element because standard vSwitch settings such as uplinks, VLANs, NIC teaming, and security policies are stored in the profile and checked for compliance. NTP server settings (D) are also included, since time configuration (ntp.server and related service settings) is part of the host's configurable state that Host Profiles can remediate. ESXi user accounts and permissions (E) are managed as well, because Host Profiles include Security Configuration such as local users, groups, and permission roles on the host. Virtual Machine Hardware version (B) is not a host setting but a VM property stored with the VM, and VMware Tools version within the VM (C) is guest-level software managed per VM, so neither belongs to Host Profiles.

Answer

Virtual Machine Hardware version

Answer

VMware Tools version within the VM

Question 14

Which TWO actions are required to perform a successful cold migration of a virtual machine between two different vCenter servers?

Accepted Answer

The virtual machine must be powered off. Cold migration moves a powered-off VM's files between hosts or vCenters, so option B is correct: the virtual machine must be powered off, since a cold migration by definition relocates a non-running VM (unlike a live vMotion, which requires a powered-on VM). Option D is also correct: when migrating between two different vCenter Servers, both vCenter instances must belong to the same vSphere Single Sign-On (SSO) domain so that permissions, identity, and cross-vCenter operations (e.g., via the vSphere Client's cross-vCenter migration or Content Library) are trusted and authorized. Option A is wrong because a snapshot is not required for cold migration and would only add unnecessary delta files. Option C is wrong because Fault Tolerance is a high-availability feature for running VMs and is irrelevant to a powered-off relocation. Option E is wrong because migration does not require identical host hardware models—only CPU compatibility (EVC/masking) matters for powered-on moves, and even less so for cold migration.

Answer

The VM must have a snapshot

Answer

vSphere Fault Tolerance must be enabled on the source

Answer

Both hosts must have the exact same hardware model

Question 15

A vSphere administrator is deploying a new ESXi 9 host into an existing vSphere Foundation environment. The host must be able to boot from the network and load the ESXi image from a central repository during a PXE-based installation. Which component provides the boot image and installation payload that the host downloads?

Accepted Answer

vSphere Auto Deploy with a TFTP server hosting the ESXi image profile. vSphere Auto Deploy is designed for network booting ESXi hosts. It combines a TFTP server for the boot image and an HTTP repository for image profiles, enabling centralized, repeatable host provisioning. The other choices address management, appliance deployment, or local media, none of which fulfill the PXE boot requirement in this scenario.

Answer

vSphere Lifecycle Manager with a synchronized depot on vCenter Server

Answer

ESXi host client using a USB flash drive prepared with the ESXi ISO

Answer

vCenter Server Appliance deployment wizard using an OVA template