The administrator needs to modify the problematic configuration shown in the exhibit to meet the following requirements: 1. Uplink ports must connect to a 2-port Etherchannel connection. 2. Traffic mu

Route based on IP hash is the only load balancing algorithm compatible with EtherChannel/LACP because it distributes traffic across member NICs using a hash of source and destination IP addresses, matching the distribution logic used by the physical switch to keep flows consistent and prevent out-of-order packets.

Route based on physical NIC load dynamically shifts traffic based on observed utilization, but it is incompatible with EtherChannel because the physical switch expects a consistent IP-hash-based distribution and will drop or loop frames if the vDS uses a different algorithm.

Placing Uplink 2 in Standby Uplinks removes it from the active EtherChannel bundle; EtherChannel does not support standby/failover members, so the physical switch would not form the channel correctly.

EtherChannel requires all member links to be simultaneously active; placing both uplinks in Active Uplinks allows the physical switch to treat them as a single logical bundle, satisfying both the 2-port EtherChannel requirement and the traffic continuity requirement during a single port failure.