Free VMware 2V0-16.25 Actual Exam Questions

A, because setting threshold and duration directly limits alert triggers.

A imo, setting threshold and duration directly controls alert frequency better than others.

E imo, since non-root user needs sudo enabled in the Service Discovery instance.

B imo, you gotta enable Service Discovery in vCenter to start with, and then E makes sense since the non-root user needs sudo rights on the Service Discovery instance. A looks off since sudo is more relevant locally.

I think option B makes the most sense here. Since the admin already used logs to pinpoint the issue, setting up VCF Operations Diagnostics would capture even more detailed data automatically for future problems. It goes beyond just viewing logs by collecting deeper troubleshooting info, which seems exactly what’s needed after learning logs were crucial. The Management Pack (C) is good for overall visibility but won’t capture those granular diagnostics automatically.

Maybe A makes sense since it directly focuses on logs, which the question highlights as key for troubleshooting. Gathering more detailed logs through VCF Operations for logs could help catch issues earlier.

Maybe D, because using a JSON file lets you specify each host’s credentials upfront, avoiding guesswork or manual input during the install. It’s a cleaner approach if the installer supports it.

Option B feels right since you can’t just override all hosts at once if their root passwords differ. Manually entering each password ensures the installer authenticates correctly with every host. The JSON file (D) might be neat but isn’t guaranteed to be supported across all versions, so it’s a riskier bet if you don’t have that info. A sounds too optimistic when passwords vary, and C doesn’t really solve the immediate problem of onboarding the hosts.

C/D? I’m thinking the CLI could script the whole process directly without extra layers, but Orchestrator might be better for chaining everything smoothly. Depends if prebuilt workflows exist or if you want full control.

B imo. VCF Operations seems like a solid pick because it’s designed for automated, operational tasks across the cloud environment, including AD and vCenter interactions. The Orchestrator is great, but sometimes it’s more about custom workflow building rather than out-of-the-box automation. Since the question emphasizes repeatable and automated with integration, Operations might cover those bases better without extra scripting.

It’s D because vSphere Kubernetes Service is specifically built to run containers on vSphere. The other options are more about management layers, not the actual container support.

D vs B? I agree D is the logical choice since vSphere Kubernetes Service is what actually runs and manages containers. Fleet Manager (B) handles managing multiple clusters but doesn’t directly support container workloads itself. So if the question’s about supporting containers, D fits best.

B tbh, alerting is what really kicks off the troubleshooting process by highlighting abnormal conditions early. Without alerts, you might not even know there’s an issue to dig into. Querying logs helps, sure, but alerts narrow down where to look first. So for root cause analysis, alerting sets the stage by flagging problems quickly.

It’s D because digging through logs is key to pinpointing issues, not just alerts.

C imo. Port groups group virtual ports to apply network policies like VLANs, which clearly helps with network segmentation. The other options don’t connect to how port groups function in networking.

Maybe C. Port groups organize virtual network ports to apply consistent settings, which fits the idea of traffic segmentation better than anything about CPU, memory, or storage.

Option C seems more straightforward since rebuilding the secondary node alone should restore the cluster’s health without overcomplicating things. Adding another node might be overkill if not required by the deployment size.

I’m thinking options A and B are less likely since scaling up might not be needed just because one node failed. The cluster should handle node failures if it’s set up right. Between C and D, rebuilding the secondary node (C) seems like the first step to get back to a working state. Adding an extra node (D) feels like overkill unless you’re aiming to improve fault tolerance long-term. So maybe just fix the immediate problem before adding complexity? Could it be that simply restoring the failed node is enough for a healthy cluster?

C imo, because if the host isn’t licensed in time, VMware tends to disconnect it from vCenter rather than just capping cores. Evaluation mode usually lets you run fully only temporarily before that happens.

B imo, the new host defaults to 64 cores until the license is expanded.

Dashboards usually aren’t automatically emailed, so A is less likely. Exporting metrics manually (E) adds overhead, which we want to avoid. D and B cover custom KPI grouping and scheduled delivery well.

D/B? Dashboards can’t usually be scheduled for email, but reports can. So setting up a custom View and report template (D) then using the scheduler to email it weekly (B) fits all the requirements with minimal overhead.

Guessing C, since targeting specific alert recipients matches the need to notify only relevant people.

Probably B. Filtering to only critical alerts reduces unnecessary notifications, ensuring only urgent issues go to stakeholders without needing complex recipient setups.

Makes sense to go with D since trend views are specifically designed for time-based data, including forecasts. Tables and distributions just snapshot current stats without showing how CPU demand changes over time. So, D fits best here.

D imo, only trend views track historical and forecast CPU demand over time.

It’s A because Supervisor Namespaces let DevOps use Kubernetes tools to access vSphere resources securely with policies defining compute and storage limits. The other options don’t match this kind of scoped access control.

A - It sets up secure, policy-driven Kubernetes access within a Supervisor Namespace.

Not sure about the version but D sounds unrelated, so definitely not that one. B

Maybe A fits best since it’s explicitly about logs, while B seems broader and might not focus solely on centralized log collection. D definitely doesn’t match the logs part.