VMware 3V0-24.25 Certification Exam Sample Questions

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VMware 3V0-24.25 Sample Questions: 

01. Members of a directory group sign in to the Supervisor with kubectl and are placed in the vSphere Namespace analytics. They can list the namespace's VKS clusters, VM classes and storage policies without error. Every attempt to create a cluster there is refused.
The group resolves through the identity source configured in vCenter Single Sign-On, the grant its members hold is on analytics itself rather than at any wider scope, the namespace carries the VM classes and storage policies the request names, and its quota is not exhausted.
Which two statements read this failure correctly?
(Choose two.)
a) The group has not been added as an identity source in vCenter Single Sign-On, so the Supervisor cannot resolve the principal the grant names.
b) The role the group holds on analytics allows its members to read the namespace's objects but not to create them.
c) The role carries no permissions at all over the namespace's resources, so nothing is allowed.
d) The refusal comes after sign-in, so the identity source is not in question.
e) Insufficient namespace quota prevents the cluster's control plane from being created.
 
02. One vCenter Server manages two Supervisors. An image registry has been installed as a Supervisor Service on the first of them, and the teams working in that Supervisor's vSphere Namespaces have used it for months.
A team whose vSphere Namespace is on the second Supervisor cannot reach the registry at all. The service's definition is registered in vCenter and current, the vSphere Client lists the service among those available, and the team's namespace is healthy in every other respect.
What accounts for this?
a) The definition has to be registered a second time, once for each Supervisor, before an instance of the service can be installed on either of them.
b) No instance of the service has been installed on the second Supervisor, while a registered definition only makes a version available to install.
c) A Supervisor Service is scoped to the vSphere Namespace that requested it, so each namespace on the second Supervisor has to ask for its own.
d) The registry's storage class has no capacity left on the second Supervisor, so its pods stay pending there.
 
03. An administrator brings a Supervisor's components up to the versions a newer platform release requires. Afterwards the vSphere Kubernetes Service appears on that Supervisor as an installed service, although nobody on the team ran an installation for it and no definition was registered by hand that week. The VKS clusters already in the Supervisor's vSphere Namespaces are unchanged.
What accounts for the service being installed?
a) A newer vSphere Kubernetes release synchronized into the content library the namespaces use, and the service arrived with it.
b) Registering a service definition in vCenter installs it on each of the Supervisors that vCenter knows of.
c) Bringing the Supervisor's components to their required versions installs the service as part of that upgrade.
d) A DevOps user installed it into a vSphere Namespace from the package repository.
 
04. The VKS cluster retail-web, provisioned in a vSphere Namespace three days ago, has never reached a fully available state. Its nodes exist, and the cluster object's status and the vCenter Server task record have both been read; neither says more than that reconciliation is incomplete.
The team is taking the case further and wants one diagnostic collection gathered from that workload cluster, rather than another reading of a single status field.
What does the team do next?
a) vcf cluster support-bundler create, which creates a support bundle for that workload cluster.
b) The Management Services tab on the Supervisor, where the VKS is monitored and managed.
c) vcf cluster get retail-web, which returns the details that the platform holds about the cluster.
d) Read the application platform lifecycle log with kubectl logs in the vmware-system-appplatform-operator-system namespace on the Supervisor.
 
05. An application team's Deployment in a VKS cluster names its container image by repository and tag alone, with no registry host in front of it. The cluster sits in an environment whose egress to the public internet is closed and has to stay closed, and the organization runs a private registry that holds a copy of the image. The Deployment's pods fail to pull, and the events show the attempt going to a host nobody configured.
Which two statements together account for this and correct it?
(Choose two.)
a) The cluster's trusted authorities do not include the issuer the public registry uses, and that is what refused the image pull.
b) Unqualified references resolve against the default public registry, not the private one.
c) Reference the image by its complete path, with the private registry's hostname in front of the repository.
d) A registry secret for the private registry must be created in the Supervisor's vSphere Namespace.
e) Egress to the public registry the reference resolves to has to be opened.
 
06. A database in a VKS cluster has a corrupted table. A VolumeSnapshot of its persistent volume, taken before the corruption, reports ready. The team has to bring the data back to the state the snapshot holds, and the volume in use now must be kept intact for a post-incident investigation.
How is the snapshot used?
a) Delete the existing persistent volume claim so that the driver reverts the underlying volume to the snapshot's contents, then start the database on it again.
b) Apply the VolumeSnapshot again, which has the driver write its contents back into the volume the claim is bound to.
c) Provision a new persistent volume claim with the VolumeSnapshot as its data source and point the database at the new claim.
d) Expand the existing claim, since volume expansion is what makes a snapshot's contents readable in place, and import the table from the snapshot with a database restore.
 
07. Developers sign in to a VKS cluster with accounts from their organization’s OIDC identity provider, and kubectl presents a token obtained from that provider rather than a static credential held in the cluster.
Which component of a VKS cluster acts as the OIDC client in that exchange?
a) Pinniped
b) Cluster API
c) Cloud Provider Plugin
d) Virtual Machine Service operator
 
08. A VKS cluster has been lost and a replacement has been provisioned for it in the same vSphere Namespace. The applications that ran in the old cluster were backed up with Velero while it was healthy, and those backups are intact in the object storage they were written to.
What has to be in place in the replacement cluster before the backups can be restored into it?
a) The old cluster's Velero installation re-pointed at the replacement, because a backup is restored by the installation that took it.
b) Velero installed in the replacement cluster with a backup storage location pointing at the same bucket the old cluster's backups were written to, plus credentials able to read that bucket.
c) A vSphere Namespace snapshot taken before the loss, from which the namespace's objects are returned to the new cluster.
d) The same Kubernetes namespaces recreated by hand first, because a restore writes only into namespaces that exist.
 
09. On a Supervisor activated with NSX VPC backing, workloads in one vSphere Namespace call an external payment service that admits traffic only from source addresses it has been told about in advance. Several applications belonging to different teams run in that namespace, and only one of them is meant to reach the payment service.
Which two properties of the namespace’s egress path should the design record?
(Choose two.)
a) The address the payment service sees is the address of the pod that originated the call, so a rule can be written for that workload alone.
b) The namespace’s translated address is renegotiated with every outbound connection, so an allow-list entry cannot identify it.
c) Every workload in the namespace leaves through the same translated address, so a rule written for it admits all of them.
d) An application needing its own address belongs in its own namespace.
e) Each VKS cluster receives its own independently translated egress address.
 
10. Pods in a VKS cluster stay Pending for want of capacity. The worker node pool sits at four nodes, the team believes its ceiling is eight, and the vSphere Namespace has CPU, memory and storage headroom well beyond four more nodes. Every existing node is Ready, and the vSphere Kubernetes release the cluster declares is present in the namespace's content library. No new node has been created at any point today.
Which two checks should the administrator make next?
(Choose two.)
a) Annotate the control plane pool with cluster.x-k8s.io/cluster-api-autoscaler-node-group-min-size so that it grows alongside the worker pool.
b) Restart the Supervisor's WCP service so the cluster's controllers reconsider the pending pods.
c) Raise the vSphere Namespace's storage allowance beyond the autoscaler's declared ceiling.
d) Read the maximum node group size annotation on the worker pool, which is where the ceiling the autoscaler works to is actually set.
e) Check that the autoscaler pod is up in the cluster, in the kube-system namespace.

Answers:

Question: 01
Answer: b, d		 Question: 02
Answer: b		 Question: 03
Answer: c		 Question: 04
Answer: a		 Question: 05
Answer: b, c
Question: 06
Answer: c		 Question: 07
Answer: a		 Question: 08
Answer: b		 Question: 09
Answer: c, d		 Question: 10
Answer: d, e

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