Let W and WQ denote the total waiting time of a packet in the system and the queueing time of the packet, respectively. I. Is W the same in an M/M/1 model having arrivals at rate and service at rate 2 as it is in a two-server M/M/2 model with arrivals at rate and with each server at rate ? Prove your claim. 2.1s WQ the same in an M/M/1 model having arrivals at rate and service at rate 2 as it is in a two-server M/M/2 model with arrivals at rate and with each server at rate ? Prove your claim WI Let W and WQ denote the total waiting time of a packet in the system and the queueing time of the packet, respectively. I. Is W the same in an M/M/1 model having arrivals at rate and service at rate 2 as it is in a two-server M/M/2 model with arrivals at rate and with each server at rate ? Prove your claim. 2.1s WQ the same in an M/M/1 model having arrivals at rate and service at rate 2 as it is in a two-server M/M/2 model with arrivals at rate and with each server at rate ? Prove your claim WI