When a customer requests a VM to perform at higher levels the administrator should (Select two):

Increasing a VM's vRAM allows it to hold more data in memory, reducing paging and improving application throughput. Paired with increasing vCPU count (D), which gives the VM access to more parallel processing threads, these two changes directly address the VM's compute capacity without requiring host-level changes or migration.

Increasing RAM on the host improves the host's overall capacity but does not directly allocate more resources to the specific VM that needs higher performance.

Migrating to a faster host may help if the current host is the bottleneck, but it is disruptive and not the first corrective action; tuning the VM's own resource allocation is preferred.

Increasing vCPU count gives the VM more virtual processors to execute threads concurrently, directly improving processing performance for CPU-bound workloads without affecting other VMs on the host.

Increasing disk space addresses storage capacity constraints, not compute performance, and would not improve a VM's processing speed or responsiveness.