When implementing video teleconferencing over a wireless network, which three attributes should be considered when cell planning? (Choose three.)

Latency measures one-way delay; high latency in video teleconferencing degrades conversational quality and audio-video synchronization, making it a critical cell-planning attribute.

Jitter is the variation in packet arrival delay; excessive jitter causes choppy video and audio because real-time media buffers cannot compensate for large variations in delivery timing.

Throughput is important for capacity planning but is not one of the three primary RF cell-planning attributes specifically tied to real-time media quality for video teleconferencing.

Packet loss directly causes video frame drops and audio gaps in real-time streams, so minimizing loss through proper cell coverage and signal quality is essential during RF cell planning.

Client association is a Layer 2 operational concern and not a QoS attribute used to evaluate RF cell design for real-time video performance.

Number of users is a capacity planning input, not an RF cell-planning attribute that directly measures or predicts the quality of real-time video streams.