Nutanix Certified Associate NCA v6.10

Run a cluster health check is the appropriate focus because A cluster health check is the right readiness review before a planned update because it examines current conditions and known issues. Run a cluster health check maps the scenario to site recovery planning, which is the boundary that determines where the administrator should act in a Nutanix environment. Run a cluster health check keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Run a cluster health check should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

Change the cluster license level is a neighboring term, but Run a cluster health check carries the responsibility that satisfies the requirement. Create a new storage container should be ruled out because the behavior under discussion belongs to Run a cluster health check. Modify the replication factor points to a separate concern, so comparing it with Run a cluster health check helps isolate the actual administrative function. Run a cluster health check is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Metro Cluster is the appropriate focus because Metro Cluster is the built-in synchronous disaster recovery style that links two sites for rapid recovery when the latency profile is acceptable. Metro Cluster maps the scenario to storage resiliency design, which is the boundary that determines where the administrator should act in a Nutanix environment. Metro Cluster keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved.
Metro Cluster should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

Recovery Plan can matter in a different workflow, while Metro Cluster is tied to the outcome requested here. Protection Policies is a neighboring term, but Metro Cluster carries the responsibility that satisfies the requirement. Data Protection should be ruled out because the behavior under discussion belongs to Metro Cluster. Metro Cluster is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Disabled is the appropriate focus because Compression is disabled by default on a new storage container until the administrator deliberately enables the desired behavior. Disabled maps the scenario to virtual machine operations, which is the boundary that determines where the administrator should act in a Nutanix environment. Disabled keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Disabled should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

Post-process (60 minutes) should be ruled out because the behavior under discussion belongs to Disabled. Post-process (15 minutes) points to a separate concern, so comparing it with Disabled helps isolate the actual administrative function. Inline can matter in a different workflow, while Disabled is tied to the outcome requested here. Disabled is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Basic AHV networking is the appropriate focus because Basic AHV networking covers how virtual machine traffic connects through virtual switches, bridges, uplinks, and the physical network. Basic AHV networking maps the scenario to planned maintenance safety, which is the boundary that determines where the administrator should act in a Nutanix environment. Basic AHV networking keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Basic AHV networking should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome. Firmware update history points to a separate concern, so comparing it with Basic AHV networking helps isolate the actual administrative function. Support portal contact list can matter in a different workflow, while Basic AHV networking is tied to the outcome requested here. License renewal ownership is a neighboring term, but Basic AHV networking carries the responsibility that satisfies the requirement. Basic AHV networking is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Internal NTP sources is the appropriate focus because Internal NTP sources give the cluster stable time from a controlled service rather than depending on rate-limited or external public services. Internal NTP sources maps the scenario to logical storage behavior, which is the boundary that determines where the administrator should act in a Nutanix environment. Internal NTP sources keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Internal NTP sources should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

Windows time sources is a neighboring term, but Internal NTP sources carries the responsibility that satisfies the requirement. Rate-limited NTP sources should be ruled out because the behavior under discussion belongs to Internal NTP sources. External ISP NTP sources points to a separate concern, so comparing it with Internal NTP sources helps isolate the actual administrative function. Internal NTP sources is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Create an RF1 storage container is the appropriate focus because Creating an RF1 storage container is the relevant action when the application already supplies its own redundancy and the platform should not create extra copies. Create an RF1 storage container maps the scenario to support ticket workflow, which is the boundary that determines where the administrator should act in a Nutanix environment. Create an RF1 storage container keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Create an RF1 storage container should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

Enable RF1 and create an RF1 storage container points to a separate concern, so comparing it with Create an RF1 storage container helps isolate the actual administrative function. Create an RF1 storage container and enable RF1 can matter in a different workflow, while Create an RF1 storage container is tied to the outcome requested here. RF1 is enabled by default in a storage container is a neighboring term, but Create an RF1 storage container carries the responsibility that satisfies the requirement. Create an RF1 storage container is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

To simplify software and firmware upgrades is the appropriate focus because Life Cycle Management simplifies coordinated software and firmware upgrades by providing inventory, compatibility, and update workflows. To simplify software and firmware upgrades maps the scenario to support ticket workflow, which is the boundary that determines where the administrator should act in a Nutanix environment. To simplify software and firmware upgrades keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. To simplify software and firmware upgrades should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

To optimize server performance points to a separate concern, so comparing it with To simplify software and firmware upgrades helps isolate the actual administrative function. To manage network configurations can matter in a different workflow, while To simplify software and firmware upgrades is tied to the outcome requested here. To automate application deployment is a neighboring term, but To simplify software and firmware upgrades carries the responsibility that satisfies the requirement. To simplify software and firmware upgrades is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

bridge0 is the appropriate focus because bridge0 is the bridge identified for default Controller VM to AHV host communication in the provided answer set. bridge0 maps the scenario to planned maintenance safety, which is the boundary that determines where the administrator should act in a Nutanix environment. bridge0 keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. bridge0 should be remembered as a functional match:

identify the requested outcome, then choose the Nutanix component that owns that outcome.

vs0 points to a separate concern, so comparing it with bridge0 helps isolate the actual administrative function. virbro can matter in a different workflow, while bridge0 is tied to the outcome requested here. br0 is a neighboring term, but bridge0 carries the responsibility that satisfies the requirement. bridge0 is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Storage optimization is the appropriate focus because Storage optimization features reduce physical storage consumption while keeping the logical storage presentation unchanged for workloads. Storage optimization maps the scenario to software inventory handling, which is the boundary that determines where the administrator should act in a Nutanix environment. Storage optimization keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Storage optimization should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome.

Support case management should be ruled out because the behavior under discussion belongs to Storage optimization. Hypervisor registration points to a separate concern, so comparing it with Storage optimization helps isolate the actual administrative function. Event acknowledgement can matter in a different workflow, while Storage optimization is tied to the outcome requested here. Storage optimization is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.

Software-only Encryption is the appropriate focus because Software-only encryption is a supported data-at- rest encryption option that does not require self-encrypting drives. Software-only Encryption maps the scenario to health dashboard interpretation, which is the boundary that determines where the administrator should act in a Nutanix environment. Software-only Encryption keeps the operation in a supported path with predictable cluster behavior when multiple nodes, services, workloads, or management views are involved. Software-only Encryption should be remembered as a functional match: identify the requested outcome, then choose the Nutanix component that owns that outcome. Storage Pool-only Encryption is a neighboring term, but Software-only Encryption carries the responsibility that satisfies the requirement.
Data-only Encryption should be ruled out because the behavior under discussion belongs to Software-only Encryption. Cluster-only Encryption points to a separate concern, so comparing it with Software-only Encryption helps isolate the actual administrative function. Software-only Encryption is also a useful study anchor because it links the scenario wording to a real administrative action instead of to a term that only shares the same general topic.