Which two scenarios would cause a Fault Tolerance-enabled virtual machine to fail to power the Secondary virtual machine? (Choose two.)

If a host enters a Network Partitioned state, it loses network connectivity with other hosts in the cluster, preventing the primary and secondary FT VMs from maintaining their synchronization and heartbeat, thus failing to power on the secondary.

vSphere Fault Tolerance relies on vSphere High Availability (HA) to function correctly, particularly for initial placement and automatic restart capabilities. If HA is disabled on the cluster, FT cannot operate, and the secondary VM will fail to power on.

Enhanced vMotion Compatibility (EVC) ensures CPU compatibility across hosts for vMotion, which is not directly related to Fault Tolerance's ability to power on a secondary VM.

vSphere Distributed Power Management (DPM) manages host power states to conserve energy and does not inherently prevent a Fault Tolerance secondary VM from powering on.