What the VMware VCP-VVF exam covers
- VMware vSphere Foundation architecture and licensing97 questions
- vCenter Server and ESXi installation and configuration167 questions
- Virtual machine and resource management (DRS, HA, vMotion)185 questions
- Networking (standard and distributed switches, VMkernel)141 questions
- Storage (datastores, vSAN, storage policies)158 questions
- Monitoring, lifecycle management, and troubleshooting131 questions
Free VMware VCP-VVF sample questions
A sample of 10 questions with answers and explanations. Sign up free to practice all 879.
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A host has two physical CPUs: CPU1 with 12 cores and CPU2 with 20 cores. Applying the 16-core-per-CPU minimum, what is the total number of core licenses required?
- A40
- B24
- C36Correct
- D32
✓ Correct answer: CThe minimum is evaluated per CPU socket. CPU1 has only 12 physical cores, which is below the minimum, so it is licensed at the 16-core minimum. CPU2 has 20 physical cores, which exceeds the minimum, so it must be licensed for its actual 20 cores. The total is 16 plus 20, which equals 36 core licenses.
Why the other options are wrong- A40 would result from rounding CPU2 up to the next multiple of 16, which is not how the model works.
- B24 reflects only the physical core count of CPU1 twice and does not account for either CPU correctly.
- D32 would result if both CPUs were licensed only at the 16-core minimum, ignoring that CPU2 has more than 16 actual cores.
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A mid-sized organization runs two vSphere clusters, wants software defined storage and a small pilot of containerized workloads, and has no requirement for network virtualization overlays or multi-cloud automation. Which bundle is the best fit?
- AVMware vSphere Foundation (VVF)Correct
- BvSphere Standard
- CStandalone vSphere Enterprise Plus with an add-on vSAN license
- DVMware Cloud Foundation (VCF)
✓ Correct answer: AVVF bundles the full vSphere Enterprise Plus feature tier, a vSAN capacity entitlement, Aria Operations, Aria Operations for Logs, and vSphere Kubernetes Service, which directly covers this organization's needs without paying for NSX or full SDDC lifecycle automation that VCF would add.
Why the other options are wrong- BvSphere Standard lacks DRS, the Distributed Switch, and any vSAN or Kubernetes entitlement.
- CThis approach could technically work but requires assembling multiple separate licenses instead of one bundle purpose-built for this need.
- DVCF adds NSX and full-stack lifecycle automation that this organization does not require, increasing cost unnecessarily.
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What optional protection can be configured for a file-based backup of the VCSA?
- AA read-only flag that blocks the backup from being deleted.
- BAutomatic replication of the backup to a second vCenter.
- CA checksum that repairs corrupted backup data on restore.
- DAn encryption password that is then required to restore it.Correct
✓ Correct answer: DWhen configuring an on-demand or scheduled file-based backup in the VAMI, the administrator can optionally supply an encryption password. This password is then required during the restore process. Losing the password means the backup cannot be restored.
Why the other options are wrong- AFile-based backup offers encryption, not a delete-protection flag.
- BThe backup is written to the target location; it is not auto-replicated to another vCenter.
- CNo self-repair checksum is offered; the option is an encryption password.
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By default, after how many days does a vsphere.local user's password expire under the vCenter Single Sign-On password policy?
- A30 days
- B180 days
- C60 days
- D90 daysCorrect
✓ Correct answer: DThe default vCenter Single Sign-On password policy sets a maximum password lifetime of 90 days for vsphere.local accounts. Administrators can adjust this value from the Password Policy screen in the vSphere Client. This policy applies only to local vsphere.local accounts, not to accounts sourced from an external identity source such as Active Directory.
Why the other options are wrong- A30 days is shorter than the actual documented default.
- B180 days is longer than the actual documented default.
- C60 days is not the documented default lifetime.
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In the vSphere Client, a VM is shown with a DRS score of 92%. What does this value represent?
- AThe percentage of the VM's provisioned virtual disk capacity that is currently thin-provisioned rather than allocated as thick on the underlying datastore
- BThe percentage of elapsed time the VM has spent powered on since it was first deployed, expressed as a rolling availability figure in the client
- CThe estimated likelihood that vSphere HA will successfully restart the VM on another host after the current host suffers a failure
- DHow efficiently the VM is receiving the resources it needs relative to what it would receive with unlimited resources, where higher is betterCorrect
✓ Correct answer: DA VM's DRS score is a percentage that indicates how close the VM is to receiving the resources it needs, essentially measuring execution efficiency compared to an unconstrained scenario. A higher score means the VM is happier, meaning less resource contention.
Why the other options are wrong- AThe DRS score measures resource delivery to the VM, not how much of its virtual disk is thin-provisioned.
- BThe DRS score reflects current resource happiness, not cumulative powered-on uptime for the VM.
- CThe DRS score is a resource-efficiency metric and does not predict vSphere HA restart behavior.
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An administrator needs to present a LUN directly to a VM so that array-based clustering software can send native SCSI commands to the physical storage device, but does not need vSphere snapshot support on that disk. Which RDM compatibility mode should be selected?
- APhysical compatibility modeCorrect
- BVirtual compatibility mode
- CThin provisioned mapping
- DEager zeroed mapping
✓ Correct answer: APhysical compatibility mode passes SCSI commands almost directly through to the underlying physical LUN, which is required by some clustering or array management software, but it does not support vSphere snapshots.
Why the other options are wrong- BVirtual compatibility mode virtualizes the mapped disk and supports snapshots rather than passing raw SCSI commands through.
- CThin provisioned mapping is not an RDM compatibility mode.
- DEager zeroed mapping is not an RDM compatibility mode; eager zeroing applies to VMDK provisioning, not RDM modes.
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Since ESXi 5.5, what happens to the number of ports on a standard switch as more virtual machines and VMkernel adapters are connected to it?
- AA second standard switch must be created once 128 ports are used
- BThe host must be rebooted to add additional ports
- CThe switch automatically expands its port allocation as needed (elastic port allocation)Correct
- DThe administrator must manually increase the port count before adding more devices
✓ Correct answer: CSince ESXi 5.5, standard and distributed switch port groups use elastic port allocation, meaning the number of ports grows automatically as more devices connect, up to the configured maximum. Administrators no longer need to manually pre-size the port count.
Why the other options are wrong- AA single standard switch is not limited to 128 ports; it can grow beyond that default automatically.
- BNo reboot is required for port allocation to expand; it happens dynamically at runtime.
- DManual pre-configuration of port counts is not required due to elastic port allocation introduced in ESXi 5.5.
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What is a Storage Container in a Virtual Volumes (VVols) environment?
- AA point-in-time snapshot of a virtual volume captured just before a storage policy change is applied
- BA compressed archive that bundles virtual machine template files for long-term retention
- CA logical pool of raw storage capacity on the array from which individual virtual volumes are allocatedCorrect
- DA vCenter inventory folder used purely for organizing virtual machines into logical groups
✓ Correct answer: CA storage container groups raw physical storage capacity on the array and is presented to vCenter as a VVols datastore, from which individual virtual volumes are provisioned per VM.
Why the other options are wrong- AA storage container is a capacity pool, not a snapshot of a virtual volume taken before a policy change.
- BA storage container is raw array capacity, not a compressed archive of template files.
- DA storage container lives on the array as a capacity pool, not as a vCenter inventory organizational folder.
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Which of the following statements correctly describe components managed under the Native Multipathing Plugin (NMP) in ESXi? (Select two.)
- AThe Storage Array Type Plugin (SATP) handles array-specific tasks such as detecting path state changes and performing failoverCorrect
- BThe Path Selection Plugin (PSP) determines which physical path is used to send an I/O request to a deviceCorrect
- CThe SATP determines which virtual machines are candidates for Storage DRS migration between datastores
- DThe PSP is responsible for reclaiming dead space on thin-provisioned LUNs
✓ Correct answer: A, BThe SATP understands the failover characteristics of a specific array model and reacts to path state changes accordingly, while the PSP applies a path selection policy such as Fixed, MRU, or Round Robin to route I/O. Neither component is involved in Storage DRS placement decisions or space reclamation.
Why the other options are wrong- CStorage DRS placement is decided by vCenter Server from space and latency metrics; the SATP works below that, at the path level.
- DSpace reclamation (UNMAP) is handled through VAAI primitives, not by the PSP.
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An administrator suspects a host is experiencing CPU contention affecting several VMs. Which two esxtop CPU counters would best help confirm and quantify this? (Choose two.)
- ADAVG for the affected virtual machines' disks
- BPercent used (%USED) and physical CPU utilization, to confirm physical cores are heavily loaded while %RDY is elevatedCorrect
- CMBALLOON for the affected VMs
- DPercent ready (%RDY) for the affected VMs' vCPUsCorrect
✓ Correct answer: B, D%RDY quantifies how often vCPUs wait for physical CPU time, and correlating it with high %USED and physical CPU utilization across the host confirms the physical CPUs are genuinely saturated and driving the contention rather than some other bottleneck.
Why the other options are wrong- ADAVG reports device latency on the storage path, which points at a storage bottleneck rather than CPU contention.
- CMBALLOON reflects memory reclamation, not CPU contention.
Who this VMware VCP-VVF practice exam is for
This practice set is for anyone preparing for the VMware VCP-VVF: vSphere Foundation Administrator exam at the foundational level - from first-time candidates building a foundation to experienced VMware practitioners doing a final review before test day. If you learn best by working through realistic questions and reading why each answer is right or wrong, it is built for you.
How to use this VMware VCP-VVF practice exam
- Start with the free sample questions above to gauge your current baseline.
- Read the full explanation on every question, including why each wrong option is wrong.
- Track your weak domains and focus your study where you are losing the most marks.
- Once you are scoring consistently well, take a timed, full-length mock exam.
- Use your readiness score to decide when you are ready to book the real VMware VCP-VVF exam.
Related VMware resources
- VMware VCP-VVF study guideKey concepts
- VMware practice examsAll VMware
- Certification pathWhere this fits
- Certification exam guides & tipsBlog
- Plans & pricingFree & paid
- VMware VCAP-VCF practice examRelated
- VMware VCP-VCF practice examRelated
- VMware VCP-VCF Administrator (2V0-17.25) practice examRelated
VMware VCP-VVF practice exam FAQ
How many questions are in the VMware VCP-VVF practice exam on CertGrid?
CertGrid has 879 practice questions for VMware VCP-VVF: vSphere Foundation Administrator, covering 6 exam domains. The real VMware VCP-VVF exam runs 135 min, with a published question count that varies. CertGrid's timed mock is a fixed 60 questions.
What is the passing score for VMware VCP-VVF?
The VMware VCP-VVF exam passing score is 300 / 500, and you have about 135 min to complete it. CertGrid scores your practice attempts the same way so you know when you are ready.
Are these official VMware VCP-VVF exam questions?
No. CertGrid is an independent practice platform. We do not provide real or leaked exam questions. Our questions are original and designed to help you practice the concepts, scenarios, and difficulty style of the VMware VCP-VVF: vSphere Foundation Administrator exam.
Can I practice VMware VCP-VVF for free?
Yes. You can start practicing VMware VCP-VVF: vSphere Foundation Administrator for free with a fixed set of 20 practice questions per exam. Paid plans unlock full timed exams, complete explanations, and domain analytics.
What CertGrid is (and is not)
CertGrid is an independent IT certification practice platform for Azure, AWS, Google, Cisco, Security, Linux, Kubernetes, Terraform, and other certification tracks. It provides objective-mapped practice questions, readiness scoring, weak-domain drills, and explanations to help learners understand what to study next.
Independent & original. CertGrid is an independent practice platform and is not affiliated with or endorsed by VMware. Questions are original practice items designed to mirror certification concepts and exam style. CertGrid does not provide official exam questions or braindumps.